CN105711795A - Latent energy deprived power and water cogeneration method and device - Google Patents

Abstract

The invention relates to a latent energy deprived power and water cogeneration method and device used in the fields of seawater desalination, sewage treatment, new energy resource power, ship driving and the like.In the power and water cogeneration device adopting vacuum vapor compression distillation, self latent energy released by normal-temperature seawater cooled to reach 0 DEG C serves as main water production energy, a vapor compressing device is utilized to compress vapor and force the seawater to continuously evaporate, the suction power of a water pump is utilized to guide and force the vapor to perform heat exchange with seawater to be evaporated, operating heat of the water pump and an electric motor and cooling heat of a magnetron are utilized to heat the seawater to be evaporated, evaporation is promoted through microwave heating after the flowing energy of waste water generates power so that normal-temperature distillation can be automatically converted into heat distillation, the energy accumulated by continuously depriving the latent energy of the seawater is utilized to make high-temperature high-pressure vapor drive a steam turbine so as to generate powder or output power, the bottleneck of the seawater desalination cost is broken through, oil-free high-speed driving of a ship is achieved, cheap, environmentally-friendly and high-effect power output is obtained, and the problems of power supply shortage, energy shortage and the like are solved.

Description

Potential deprives formula water-electricity cogeneration method and device

Technical field

The present invention relates to a kind of for desalinization, sewage disposal, new forms of energy electric power, the potential in the fields such as boats and ships driving deprives formula water-electricity cogeneration method and device: in the steam distilled water-electricity cogeneration device of Vacuum Pressure, sea water self potential discharged when being cooled to 0 DEG C with normal temperature seawater is for main controlling the water circulation energy, utilize pressure vapour device compressed steam and force sea water to continue to evaporate, utilize water pump suction force to draw and force steam and wait that steaming sea water carries out heat exchange, heat by the operating of water pump and motor heat and magnetron cooling heat and wait to steam sea water, evaporation is promoted with microwave heating after useless remaining water flow dynamic energy generating, make normal-temperature distilled to be automatically converted to thermal distillation, the energy continuing to deprive sea water self potential savings is utilized to make high temperature and high pressure steam drive steam turbine generating or output power, break through desalinization cost bottle diameter, realize boats and ships oil-free high-speed driving, obtain the output of cheap environmental protection large effect electric power, solve the problems such as power tense energy shortage.

Background technology

World today's fresh water is in short supply, and utilizing desalinization low energy consumption high production to obtain fresh water is trend of the times.Existing method for desalting seawater mainly has forward osmosis membrane method, reverse osmosis membrane, cryogenic distillation process, electrodialysis method, hydrate etc., a hundred flowers blossom, contend for ten thousand, but existing method for desalting seawater and device, or it is high to make water cost, or structure is complicated, or high energy consumption, or low output, maybe cannot quantify to produce, or just in exploratory development, the multiple method of desalinization stops at this natural barrier of high cost bottleneck one after another, it is deeply aware of one's own helplessness when faced with a great task in very thirsty area, the whole world, urgently good recipe, when under this overall background, no matter take which kind of method, this high cost bottleneck of Gonna breakthrough also can controlling the water circulation at high speed, and it is simple and easy to do, can effectively solve fresh water problem in short supply, it has been exactly method undoubtedly, good device；

In global range, energy shortage resource is nervous, the coyoting abuse of oil field coal resource causes serious environmental consequence, in ocean, wantonly shuttle back and forth with atomic driven aircraft carrier, submarine, naval vessel, serious threat marine environment and human survival safety, being badly in need of a kind of new forms of energy never exhausted with clean environment firendly provides the ultrahigh speed aircraft carrier of power, naval vessel to be replaced, land, nuclear power station is just in spreading trend, urgently close down, the tail gas pollution air of fuel-engined vehicle discharge, the exploration exploitation efficient new forms of energy of clean environment firendly, new power are imperative.

Summary of the invention

Foreword: according to specific heat capacity formula Q=CM Δ t and kinetic energy theorem, if it is fully utilized that hundreds of tons of normal-temperature water are cooled to the energy of release when 0 DEG C, only utilize portion per hour, 10 ton aircraft carrier ultrahigh speeds can be made to travel, if it is fully utilized that tens of liters of normal-temperature water are cooled to the energy of release when 0 DEG C, only utilize portion per hour, the truck ultrahigh speed that can make one tens of tons travels, therefore, normal temperature seawater, the exploitation of sewage or fresh water self potential, at desalinization sewage treatment area, power domain, boats and ships drive field, new-energy automobile, the numerous areas such as new energy train have major application and are worth.

Disclosure one potential deprives formula water-electricity cogeneration method and device, in desalinization aspect, its object is to overcome existing method for desalting seawater and plant energy consumption height, output is low, controlling the water circulation is slow, controlling the water circulation is impure, on-condensible gas can not be discharged, equipment is not easy to the problems such as maintenance, to breaking through the high cost bottleneck of puzzlement field of seawater desalination, realize simple and easy to do speed of drawing water has how soon fresh water output is with regard to ultrahigh speed desalinization how soon, make the mankind break away from the puzzlement that fresh water is in short supply；Drive field aspect in boats and ships, its object is to overcome existing boats and ships driving method and device need to carry and consume great amount of fuel oil and the problem such as speed is slower, it is provided that a kind of oil-free high-speed driving method, make speed of the ship in metres per second and flying power strengthen；In new energy field aspect, its object is to overcome the problems such as energy shortage, scarcity of resources, environmental pollution, make productive life have inexhaustible energy source；

Conventional various method for desalting seawater and device are energy feed-in type desalinization, almost without exception, so-called energy feed-in type desalinization, refer to that often a droplet sea water of desalination gives the energy that sea water is certain all more or less, obtained fresh water and concentrated seawater to take away or to consume certain energy, with energy feed-in type desalinization by contrast---controlling the water circulation scale is more big, speed is more high, the potential that time more long obtained fresh water is more cheap deprives formula method for desalting seawater, electric power or power output can also be obtained when depriving formula method for desalting seawater preparing fresh with potential, realize water-electricity cogeneration or fresh water and power output coproduction；

<1>. potential deprives formula water-electricity cogeneration method, it is characterised in that:

1001). realize with vacuum distillation method comprising seawater desalination system in the device of electric power or power output simultaneously preparing fresh, with steam-powered main electric power or power output system, with the secondary electric power output system that useless remaining water flow dynamic energy drives, multiple stage immersible pump, flash chamber and at least one normal-temperature distilled lower flash chamber at least one thermal distillation, water-cooled permanent magnetism internal rotor high-speed motor, air-breathing snail fan group, pressure vapour snail fan group, high pressure snail fan group, concentrated seawater is spray thrower repeatedly, electric box, electromagnetic heating apparatus and microwave heating equipment, sea water cistern, fresh water retention reservoir, liquid level stabilizing concentrated seawater pond, seawater to make heat exchange water channel, steam condensation fresh water cooled and derivation passage, concentrated seawater derives passage, each related housing, pipe valve, threeway, flow takes into account drive and the common seawater desalination system of transmission band, air cylinder and high pressure snail fan group, supercharging gas collecting tank, gas boosting pump group, high pressure heats tank and electromagnetic heating apparatus thereof, steam turbine and electric power thereof or motive power outputting apparatus, relevant pipe valve collectively constitutes main electric power or power output system, each power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor and associated actuator facility collectively constitute secondary electric power output system；

1002). first estimate or determine that the water of lower 1 kilogram of certain pressure intensity heats up until completely vaporizing required energy X gradually from 0 DEG C, measure the temperature T of sea water to be evaporated again, substitute into Q=CM Δ t, calculate this temperature sea water of M kilogram according to X=CMT to be cooled to 0 DEG C and can discharge these energy, thus estimating according to 1: M this ratio or determining fresh water production output and the freezing point ratio in sea water supply ratio under normal-temperature vacuum distillation condition, utilize this freezing point ratio, determine the ratio of conveying sea water amount and fresh water extraction amount in the initial controlling the water circulation situation lower unit interval, so that it is determined that sea water immersible pump, the type selecting of concentrated seawater immersible pump and fresh water immersible pump, quantity collocation and standby and unlatching quantity, after vacuum distilling water generator runs, with reference to the flow that each effusion meter shows, the flow of regulation and control unit interval maritime interior waters spray flux and concentrated seawater and fresh water, make device when initial launch in the unit interval ratio of fresh water extraction amount and sea water conveying capacity be not more than 1: M, utilize the sea water of more than 0 DEG C when being cooled to 0 DEG C self potential of releasable sea water carry out startup stage room temperature pressure vapour flash evaporation seawater desalting, whole controlling the water circulation process is produced and the fresh water of the basic isothermal of normal temperature seawater with sea water self potential for the main controlling the water circulation energy；

1003). first make air cylinder before controlling the water circulation, supercharging gas collecting tank, high pressure heats tank, vacuum is presented completely in upper flash chamber and lower flash chamber, make to be full of in seawater to make heat exchange water channel and wait to steam sea water, make concentrated seawater derive and in passage, be full of fresh water or sea water, make steam condensation fresh water cooled and derive full fresh water in passage, open fresh water immersible pump simultaneously, spraying ring pipe feed pipe valve and water-cooled permanent magnetism inner rotor motor, sea water in seawater to make heat exchange water channel enters flash chamber under differential pressure action and sprays and carry out room temperature flash distillation, water-cooled permanent magnetism inner rotor motor drives the snail fan group of calming the anger in lower flash chamber simultaneously, air-breathing snail fan group high speed rotating in concentrated seawater spray thrower repeatedly and upper flash chamber, air-breathing snail fan group makes the poly-upwards flash chamber top of the steam in flash chamber also force flash chamber maritime interior waters to continue to spray flash distillation simultaneously, gravity makes the concentrated seawater produced in flash chamber flow into lower flash chamber and spray flash distillation at lower flash distillation normal temperature laboratory, snail fan group of calming the anger is drawn and is compressed the steam in lower flash chamber and flows through the poly-upwards flash chamber top of the lower flash chamber dry pipe in snail fan group axis, also force the concentrated seawater in lower flash chamber to continue to spray flash distillation simultaneously, after the steam at upper flash chamber top flows through the non-power generating state steam open conduit in main electric power or power output system, enter steam condensation fresh water cooled and derive passage, much more as far as possible the suction traction steam of fresh water immersible pump flows through to be located at steam condensation fresh water cooled and derive the quantity in passage and and stretches each steam condensing cooling pipe that length is big as far as possible, utilize and wait that steaming sea water forces steam condense and cool down fresh water, finally make steam condensation rate and fresh water extract speed to maintain an equal level, whole controlling the water circulation process promotes that sea water continues to evaporate and make steam to continue to condense in the way of aspirating compressed steam and continuing to extract fresh water；

1004). in controlling the water circulation process the heating of sustainable utilization steam condensation heat be about to enter upper flash chamber wait steam sea water, utilize pump operation heat and the heating of motor operation heat be about to enter upper flash chamber wait steam sea water, so that the evaporating temperature of upper flash chamber maritime interior waters improves constantly, acceleration is pressed vapour flash distillation to convert to pressure vapour flash evaporation by room temperature in flash chamber, after upper flash chamber maritime interior waters enters thermal distillation pattern, measure the water temperature deriving concentrated seawater at any time and determine upper flash chamber maritime interior waters spray flux according to the water temperature deriving concentrated seawater, Flow-rate adjustment degree in concentrated seawater delivery line and the unlatching quantity of fresh water immersible pump；

1005). make the concentrated seawater produced after spraying and sprinkling evaporation in lower flash chamber accumulate in bottom lower flash chamber by regulating concentrated seawater flow in concentrated seawater delivery line, instantly when the concentrated seawater bottom flash chamber floods the suction inlet of concentrated seawater spray thrower repeatedly in lower flash chamber, aspirated and be repeatedly performed in lower flash chamber room temperature spray flash distillation by concentrated seawater spray thrower repeatedly, until these cold concentrated seawaters directly being derived after obtaining 0 DEG C of cold concentrated seawater that even temperature is more lower, the concentrated seawater temperature derived in lower flash chamber is maintained about 0 DEG C by whole controlling the water circulation process as far as possible, all the time these cold concentrated seawaters are not allowed to participate in the heat exchange in water generator, after the steam that in lower flash chamber, evaporation produces is pressed vapour snail fan group to derive rapidly, condensation heat is passed to be about to enter upper flash chamber wait steam sea water, these energy are stayed and are participated in energy conversion in device, and carry out all the time distilling without the normal-temperature distilled even low normal temp of any auxiliary thermal source in lower flash chamber, this controlling the water circulation process allowing for this desalinization becomes a process continuing to deprive sea water self potential energy accumulation gradually, huge potential can be discharged owing to substantial amounts of normal temperature seawater is cooled to 0 DEG C, Insulation puts in place under premise, the normal-temperature vacuum pressure vapour flash distillation not only going up original state in flash chamber quickly can be automatically converted to Vacuum Pressure vapour heat-lightening and evaporates, and quickly can accumulate in seawater desalination system and be available for main electric power or power output system utilizes the plentiful heat energy of steam-electric power；

1006). after upper flash chamber entrance Vacuum Pressure vapour heat-lightening evaporates pattern, progressively close off steam be directly entered steam condensation fresh water cooled and derive the steam drainage tube flow control valve of passage and each fresh water immersible pump, open gas boosting pump group in proper order, the high pressure snail fan group of gas boosting pump group and high speed rotating makes steam be accumulated in high pressure gradually to heat in tank, Electromagnetic Heating makes high pressure heat the steam pressure build up in tank, heating steam course does not have the decalescence of water to make heating energy consumption be greatly lowered, high temperature and high pressure steam drives steam turbine operating, steam turbine drive electrical generators generates electricity or directly exports power, the steam that steam turbine is discharged imports steam condensation fresh water cooled and derives passage and be condensed cooling, obtain room temperature fresh water, the plentiful heat energy of accumulation in seawater desalination system is made to be able in the way of being converted into kinetic energy to discharge, so that the potential entering thermal distillation pattern is deprived formula water-electricity cogeneration device and is kept being performed continuously over Vacuum Pressure vapour high temperature distillation in upper flash chamber, the water-electricity cogeneration pattern that Vacuum Pressure vapour is normal-temperature distilled it is performed continuously in lower flash chamber, generating and controlling the water circulation process in derive a large amount of cold concentrated seawater can be directly used for boats and ships process auxiliary drive or summer preventing heatstroke；

1007). make each power-assist hydraulic turbine not closed on mutually each other jointly drive accumulation of energy rotating shaft to operate by the useless remaining water flow dynamic energy in controlling the water circulation process, accumulation of energy rotating shaft drive electrical generators generates electricity, obtained electric current is magnetron after electric box processes, firing equipment and other electricity consumption facility powers such as spiral coil, add thermal high with electromagnetic energy and heat steam in tank, upper flash distillation indoor temperature is improved further with microwave heating, with magnetron cooling heat heating be about to enter upper flash chamber wait steam sea water, the vapour snail fan group of inhaling of high speed rotating plays the effect of microwave stirring, so that upper flash chamber inner space thermally equivalent make evaporability strengthen；

<2>. described potential deprives formula water-electricity cogeneration method, including utilize Torricellian vacuum preparing fresh and realize simultaneously electric power or power output Tuo Shi vacuum potential deprive formula water-electricity cogeneration method, Tuo Shi vacuum potential deprives formula water-electricity cogeneration method, it is characterised in that:

2001). by sea water cistern, fresh water retention reservoir, liquid level stabilizing concentrated seawater pond, water pump cooler bin, fresh water jet high pressure diving pump, ejector, multiple stage fresh water immersible pump, multiple stage sea water immersible pump, fresh water cooling coil again in fresh water cooler bin again and case, condensing cooling pipe group in transfer cooler bin and case, steam condenser pipe group in seawater to make heat exchange case and case, comprise flash chamber and the flash tank of lower flash chamber, water-cooled permanent magnetism internal rotor high-speed motor, air-breathing snail fan group, calm the anger snail fan group, seawater spraying pipe group, concentrated seawater shower group, concentrated seawater is spray thrower repeatedly, air cylinder, high pressure snail fan group, supercharging gas collecting tank, gas boosting pump group, high pressure heats tank, steam turbine, electric box, microwave heating equipment, electromagnetic heating apparatus, fresh water is the cooler bin power-assist hydraulic turbine again, the transfer cooler bin power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine, the concentrated seawater power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor, each relevant pipe valve, threeway, flow takes into account drive and transmission band collectively constitutes Tuo Shi vacuum potential and deprives formula water-electricity cogeneration device, wherein, and air cylinder and high pressure snail fan group, supercharging gas collecting tank, gas boosting pump group, high pressure heats tank and electromagnetic heating apparatus thereof, steam turbine and electric power thereof or motive power outputting apparatus, relevant pipe valve collectively constitutes main electric power or power output system, each power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor and associated actuator facility collectively constitute secondary electric power output system, and all the other equipment collectively constitute seawater desalination system；

2002). fresh water retention reservoir and liquid level stabilizing concentrated seawater pond are disposed adjacent on ground level, the hollow airtight cylindrical tube shape flash tank horizontal subdivision of axis vertical becomes upper flash chamber and lower flash chamber, annulus column seawater to make heat exchange case coaxial package is on upper flash chamber outer wall, lower flash chamber bottom surface exceeds concentrated seawater liquid level 10 meters in liquid level stabilizing concentrated seawater pond, seawater to make heat exchange box top horizontal subdivision goes out steam diversion interlayer, seawater to make heat exchange bottom portion horizontal subdivision goes out soda pop and confluxes interlayer, soda pop confluxes interlayer bottom surface slightly above upper flash chamber bottom surface, steam condenser pipe that is multiple vertical and that be shaped like pulling open state strong spiral spring of trying one's best is evenly distributed in seawater to make heat exchange case, seawater to make heat exchange case sidewall top sets seawater to make heat exchange case exhaust solenoid valve；

2003). water pump cooler bin, fresh water is cooler bin again, fresh water the cooler bin power-assist hydraulic turbine and spiral case thereof again are each provided in sea water cistern maritime interior waters, all water pump concentrated settings are in water pump cooler bin, water pump cooler bin connects sea water cistern maritime interior waters through fresh water cooler bin again with fresh water cooler bin power-assist spiral case again, transfer cooler bin top and bottom horizontal subdivision respectively goes out soda pop shunting interlayer and fresh water assembles interlayer, condensing cooling pipe that is multiple vertical and that be shaped like pulling open state strong spiral spring of trying one's best is evenly distributed in transfer cooler bin, under fresh water gathering interlayer about diapire 3-----5 rice above ground level, the transfer cooler bin power-assist hydraulic turbine is located at transfer cooler bin roof slightly above, transfer cooler bin sidewall top sets transfer cooler bin exhaust solenoid valve；

2004). in connection, the air cylinder of flash chamber inner space is fastened on the outer roof of flash chamber, and high pressure heats tank, supercharging gas collecting tank, air cylinder from upper and under be coaxially disposed, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, each gas boosting pumping trachea, gas boosting pump group, each gas boosting pump exhaustor, high pressure heats tank, steam turbine air inlet pipe, steam turbine, steam turbine exhaustor, steam diversion interlayer and related valve are sequentially connected with the acting passage forming main electric power or power output system, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drainage tube, steam diversion interlayer and related valve are sequentially connected with composition non-power generating state steam open conduit, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, gas boosting pump group bypass tube, high pressure heats tank and sequentially connects the waterflood path connecting to form main electric power or power output system, high pressure heats tank top and sets high pressure and heat tank water filling exhaust solenoid valve, gas boosting pump group bypass tube sets gas boosting pump group bypass tube valve, each gas boosting pumping trachea sets gas boosting pumping trachea valve, steam drainage tube sets steam drainage tube flow control valve；

2005). upper flash chamber headspace sets suction vapour snail fan group, lower flash chamber headspace sets pressure vapour snail fan group, inhale vapour snail fan group, pressure vapour snail fan group is all fixedly set on suction vapour pressure vapour snail fan group axis, the outer roof of upper flash chamber sets water-cooled permanent magnetism internal rotor high-speed motor, the permanent magnetism internal rotor of permanent magnetism internal rotor high-speed motor is led to magnetic seal cover and is sealed in the confined space of the upper flash chamber inner space of connection, during the operating of permanent magnetism internal rotor high-speed motor forward, inhale vapour snail fan group and both vapor compression in upper flash chamber can be sucked in upper flash chamber headroom, both vapor compression in lower flash chamber can be sucked the lower flash chamber dry pipe in vapour pressure vapour snail fan group axis and import in upper flash chamber headroom through lower flash chamber dry pipe by pressure vapour snail fan group；

2006). water stream channel in the fresh water cooler bin power-assist hydraulic turbine again, fresh water is cooler bin again, water pump cooler bin feed pipe, water pump cooler bin, each sea water immersible pump, each sea water water supply arm, transfer cooler bin power-assist hydraulic turbine feed pipe, water stream channel in the transfer cooler bin power-assist hydraulic turbine, transfer cooler bin is sequentially connected with into sea water water supply overall channel, each sea water water supply arm sets sea water water supply arm valve, during controlling the water circulation, this passage is that Tuo Shi vacuum potential deprives the formula water-electricity cogeneration device provisioning sea water through all pump motors operating heat and the heating of fresh water cooled heat through sea water immersible pump；

2007). inhale in upper flash chamber below vapour snail fan group and set magnetron cool water shower endless tube, motor refrigerated sea water spraying ring pipe, heat-exchanging sea-water spraying ring pipe group, transfer cooler bin, wait to steam sea water water main, heat exchange box water supply cooling water threeway, seawater to make heat exchange case feed pipe, seawater to make heat exchange case, each heat-exchanging sea-water spraying ring pipe feed pipe, each heat-exchanging sea-water spraying ring pipe collectively constitutes sea water and supplies water the first subchannel, wait to steam sea water water main sets and wait to steam sea water water main's effusion meter, each heat-exchanging sea-water spraying ring pipe feed pipe is respectively equipped with heat-exchanging sea-water spraying ring pipe feed pipe electromagnetic valve, under duty, sea water first subchannel that supplies water is the sea water that upper flash chamber supply is heated through steam condensation heat；

2008). upper flash chamber bottom outside wall is uniformly arranged multiple water-cooled magnetron and corresponding air-tightness microwave feed-in mouth, heat exchange box water supply cooling water threeway, refrigerated sea water water main, magnetron cooling water power motivation cooling water threeway, magnetron cooling water main, magnetron cooling moisture flow tube, each magnetron cooling water inlet pipe, cooling room in each magnetron, each magnetron cooling water outlet pipe, magnetron cooling water outlet manifold trunk, magnetron cooling Waterborne running spray feed pipe, magnetron cool water shower endless tube sequentially connects and connects into sea water and supply water the second subchannel, magnetron cooling water main sets magnetron cooling water main's valve, under duty, sea water second subchannel that supplies water is upper flash chamber supply through the sea water of magnetron cooling heat heating；

2009). magnetron cooling water power motivation cooling water threeway, motor refrigerated sea water feed pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe, motor refrigerated sea water spraying ring pipe sequentially connects and connects into sea water water supply the 3rd subchannel, motor refrigerated sea water feed pipe sets motor refrigerated sea water feed pipe valve, under duty, sea water water supply the 3rd subchannel is the sea water that upper flash chamber supply is heated through motor operation heat, sea water water supply overall channel, sea water supplies water the first subchannel, sea water supplies water the second subchannel, sea water water supply the 3rd subchannel collectively constitutes seawater to make heat exchange water channel；

2010). the pressure vapour snail fan group lower horizontal in lower flash chamber arranges flash chamber concentrated seawater spraying ring pipe group again, upper flash chamber concentrated seawater spraying ring pipe group again connects upper flash chamber inner space through being located at the connection of the upper flash chamber concentrated seawater drainage tube in lower flash chamber, the concentrated seawater that during controlling the water circulation, in upper flash chamber, evaporation produces flows into upper flash chamber concentrated seawater spraying ring pipe group again through upper flash chamber concentrated seawater drainage tube under gravity, and carries out room temperature spray flash distillation in lower flash chamber；

2011). inhale the fixing connection in vapour pressure vapour snail fan group axis bottom concentrated seawater spray thrower repeatedly, during the operating of permanent magnetism internal rotor high-speed motor forward, concentrated seawater suction inlet the concentrated seawater of submergence concentrated seawater suction inlet in lower flash chamber can be sucked concentrated seawater is taken out Guan Bingjing concentrated seawater takes out pipe, concentrated seawater divides water cavity and each concentrated seawater discrete pipe imports concentrated seawater shower repeatedly, the concentrated seawater of entrance concentrated seawater shower repeatedly sprays under centrifugal action and throws away；

2012). the derivation fresh water sluicing threeway of lower flash chamber, lower flash chamber concentrated seawater drainage tube, concentrated seawater, concentrated seawater delivery line, concentrated seawater power-assist spiral case, liquid level stabilizing concentrated seawater pond are sequentially connected with and collectively constitute concentrated seawater derivation passage, lower flash chamber concentrated seawater drainage tube is set flash chamber concentrated seawater drainage tube effusion meter, concentrated seawater delivery line sets concentrated seawater delivery line flow control valve；

2013). steam diversion interlayer, each steam condenser pipe, soda pop is confluxed interlayer, soda pop drainage tube, soda pop shunting interlayer, each condensing cooling pipe, fresh water assembles interlayer, fresh water drainage tube, fresh water cooled coil pipe, derive fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, derive the suction threeway of fresh water jet fresh water, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, derive fresh water sluicing fresh water threeway, derive fresh water sluicing fresh water and share pipe, fresh water spiral case, fresh water retention reservoir is sequentially connected with and collectively constitutes steam condensation fresh water cooled and derive passage, derive and fresh water suction tube sets derivation fresh water suction tube valve, each fresh water suction branch sets fresh water suction branch valve, derive fresh water sluicing fresh water and share the Guan Shangshe shared tube valve of derivation fresh water sluicing fresh water；

2014). the outer roof of steam diversion interlayer sets an ejector, steam diversion interlayer connects the induction chamber of ejector through ejector suction nozzle, ejector suction nozzle sets ejector suction nozzle check valve, derive the suction threeway of fresh water jet fresh water, jet fresh water extraction tube, fresh water jet high pressure diving pump, ejector is for fresh water pipe, ejector, gas-liquid mixed flow conduit, fresh water spiral case, fresh water retention reservoir is sequentially connected with and collectively constitutes fresh water jet on-condensible gas derivation passage, in controlling the water circulation process, on-condensible gas is imported fresh water retention reservoir by the intermittent water supply ejector opened in fresh water jet high pressure diving pump extraction fresh water cooling coil again；

2015). the lower diapire of upper flash chamber sets water filling sluicing electromagnetic valve, fresh water retention reservoir, inject fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, derive the suction threeway of fresh water jet fresh water, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, derive fresh water sluicing fresh water threeway, fresh water tapping pipe, concentrated seawater derives fresh water sluicing threeway, lower flash chamber concentrated seawater drainage tube, lower flash chamber, water filling sluicing electromagnetic valve, upper flash chamber, air cylinder, supercharging gas collecting tank, steam drainage tube, steam diversion interlayer, each steam condenser pipe, soda pop is confluxed interlayer, soda pop drainage tube, soda pop shunting interlayer, each condensing cooling pipe, fresh water assembles interlayer, fresh water drainage tube, fresh water cooled coil pipe, derive the suction threeway of fresh water jet fresh water, jet fresh water extraction tube, fresh water jet high pressure diving pump, ejector is for fresh water pipe, high pressure heats tank and collectively constitutes fresh water waterflood path, injects and sets injection fresh water suction tube valve on fresh water suction tube, fresh water tapping pipe sets fresh water tapping pipe valve；

2016). upper flash chamber, water filling sluicing electromagnetic valve, lower flash chamber, lower flash chamber concentrated seawater drainage tube, concentrated seawater derive fresh water sluicing threeway, fresh water tapping pipe, derivation fresh water sluicing fresh water threeway, derivation fresh water sluicing fresh water shares pipe, fresh water power-assist spiral case, fresh water retention reservoir are sequentially connected with and collectively constitute injection fresh water drainage gallery；

2017). before controlling the water circulation, all valves are closed, and when preparing controlling the water circulation, first open fresh water tapping pipe valve, water filling sluicing electromagnetic valve, steam drainage tube flow control valve, gas boosting pump group bypass tube valve, high pressure heats tank water filling exhaust solenoid valve, starts an appropriate number of fresh water immersible pump and opens corresponding fresh water suction branch valve, concentrated seawater is derived passage, lower flash chamber, upper flash chamber, non-power generating state steam open conduit, steam condensation fresh water cooled and derivation passage, fresh water jet on-condensible gas derives passage, high pressure heats and fills fresh water in tank, closes fresh water immersible pump and corresponding fresh water suction branch valve, high pressure heats tank water filling exhaust solenoid valve, inject fresh water suction tube valve, open transfer cooler bin exhaust solenoid valve and seawater to make heat exchange case exhaust solenoid valve again, start an appropriate number of sea water immersible pump and corresponding sea water water supply arm valve, sea water is supplied water and after filling sea water in overall channel, closes transfer cooler bin exhaust solenoid valve, continue will treat steaming sea water water main, seawater to make heat exchange case feed pipe, all fill sea water in seawater to make heat exchange case, close sea water immersible pump and corresponding sea water water supply arm valve and seawater to make heat exchange case exhaust solenoid valve, open derivation fresh water sluicing fresh water and share tube valve, make high pressure heat tank by gravity and atmospheric pressure, supercharging gas collecting tank, air cylinder, occurring in upper flash chamber and lower flash chamber that 10 meters high fresh water water columns of liquid level stabilizing occurs and keep in Torricellian vacuum in concentrated seawater derivation passage, steam condenses fresh water cooled and derives passage, fresh water jet on-condensible gas derives that the distribution situation of fresh water in passage is constant and sea water water supply overall channel and sea water supply water first, second, the distribution situation of the 3rd subchannel maritime interior waters is constant, and fresh water is closed water filling sluicing electromagnetic valve and derives the shared tube valve of fresh water sluicing fresh water after sluicing, open concentrated seawater delivery line flow control valve；

2018). after Torricellian vacuum occurring in upper flash chamber and lower flash chamber, open motor refrigerated sea water feed pipe valve in proper order, transfer cooler bin exhaust solenoid valve, magnetron cooling water main's valve, each heat-exchanging sea-water spraying ring pipe feed pipe electromagnetic valve, under differential pressure action, the sea water in transfer cooler bin flows separately through sea water and supplies water first, two, three subchannels enter upper flash chamber spray flash distillation, open a number of sea water immersible pump be continuously transfer cooler bin supply sea water and open the fresh water in a number of fresh water immersible pump extraction fresh water cooling coil again, simultaneously, open permanent magnetism internal rotor high-speed motor band dynamic pressure vapour snail fan group, inhale vapour snail fan group and the operating of high pressure snail fan group, inhaling vapour snail fan group makes the steam in flash chamber be gathered in flash chamber headroom, pressure vapour snail fan group makes the steam in lower flash chamber be gathered in flash chamber headroom, high pressure snail fan group will send into supercharging gas collecting tank again after steam primary compression, a part of steam in supercharging gas collecting tank enters high pressure through gas boosting pump group bypass tube and heats tank, another part steam flows through steam drainage tube and enters steam diversion interlayer, steam in the suction force traction steam diversion interlayer of fresh water immersible pump sequentially flows through each steam condenser pipe, each condensing cooling pipe and fresh water cooling coil again, when extracting fresh water, steam heat-exchanging condensation area is along with steam condenses fresh water cooled and derives the decline of fresh water liquid level in passage and is gradually increased, finally make steam condensation rate and fresh water extract speed to maintain an equal level, fresh water after cooling imports fresh water retention reservoir through fresh water immersible pump, in steam condensation and fresh water cooled process, the heat energy of release is by heating of seawater to be evaporated, gradate as pressure vapour flash evaporation so that entering the sea water of spray in upper vaporization chamber by initial room temperature pressure vapour flash distillation；

2019). the concentrated seawater produced in upper flash chamber flows into upper flash chamber concentrated seawater spraying ring pipe group again through upper flash chamber concentrated seawater drainage tube under gravity, and spray flash distillation at lower flash distillation normal temperature laboratory, the concentrated seawater that in lower flash chamber, evaporation produces destroys the pressure balance of water column below Torricellian vacuum and automatically flows into concentrated seawater cistern after flowing into lower flash chamber concentrated seawater drainage tube, regulate concentrated seawater delivery line flow control valve and can regulate the liquid level accumulating concentrated seawater bottom lower flash chamber, instantly when the concentrated seawater built up bottom flash chamber floods the concentrated seawater suction inlet of concentrated seawater spray thrower bottom repeatedly, under permanent magnetism internal rotor high-speed motor forward working order, the concentrated seawater built up bottom lower flash chamber is inhaled into concentrated seawater suction inlet and flows through and take out pipe on the concentrated seawater in concentrated seawater spray thrower axis repeatedly, concentrated seawater divides water cavity, the concentrated seawater discrete pipe passing through each radially uniform distribution enters concentrated seawater shower repeatedly, room temperature spray flash distillation is repeated in lower flash chamber, this just enables the height of concentrated seawater liquid level bottom lower flash chamber determine, and can the concentrated seawater bottom lower flash chamber be inhaled into concentrated seawater spray thrower repeatedly and enter repeatedly room temperature spray flash condition, the flash distillation of room temperature spray can reduce the temperature deriving concentrated seawater repeatedly, so that regulate concentrated seawater flow in concentrated seawater delivery line just can regulate the water temperature deriving concentrated seawater, when the water temperature of derivation concentrated seawater is higher than 0 DEG C, close part heat-exchanging sea-water spraying ring pipe feed pipe valve, temporarily turn seawater spraying amount down, and increase fresh water immersible pump unlatching quantity, concentrated seawater flow in concentrated seawater delivery line is suitably turned down simultaneously, the cold concentrated seawater that in lower flash chamber, evaporation produces is made only to be exported on a small quantity before temperature is down to 0 DEG C, and in flash chamber, cold concentrated seawater is inhaled into concentrated seawater spray thrower repeatedly under the major part not being exported, room temperature spray flash distillation it is repeatedly performed in lower flash chamber, until temperature be down to 0 DEG C even lower after be derived automatically from, being fixedly installed on the stirring blade high speed rotating of the concentrated seawater outside concentrated seawater suction inlet tube wall can prevent the concentrated seawater liquid level surface bottom lower flash chamber from freezing；

2020). after the evaporation of seawater in upper vaporization chamber is converted into pressure vapour flash evaporation pattern, slowly regulate steam drainage tube flow control valve make steam flow in steam drainage tube be gradually reduced and close part fresh water immersible pump in proper order, in steam drainage tube, being gradually reduced of steam flow makes supercharging gas collecting tank, the steam pressure that gas boosting pump group bypass tube and high pressure heat in tank gradually rises, final plant closure steam drainage tube flow control valve, when high pressure heat the pressure that pressure tank table shows no longer raise time, close gas boosting pump group bypass tube valve, open each gas boosting pump exhaust valve in proper order and open each gas boosting pump in proper order, improve high pressure further and heat steam pressure in tank, electric box is the spiral solenoid conveying high frequency alternating current that high pressure heats on pot sidewall, make the ferromagnetic metal outer wall interior generation high frequency vortex current that high pressure heats tank that high pressure to heat steam heating in pot sidewall and tank to heat, when high pressure heats the pressure requirements that steam pressure in tank meets driving steam turbine, open steam turbine air inlet pipe valve and steam turbine exhaust valve, high temperature and high pressure steam drives steam turbine to operate and output power or power, main electric power or power output system enter generating or power output state, opening section fresh water immersible pump in proper order again, the steam that steam turbine exhaustor is discharged enters steam condensation fresh water cooled and derives passage, device enters water-electricity cogeneration state；

2021). in whole controlling the water circulation process, utilize fresh water cooler bin water inlet again, transfer cooler bin water inlet, concentrated seawater delivery line water outlet and derivation fresh water sluicing fresh water share the useless remaining useless water flow dynamic energy of pipe water outlet and drive the fresh water cooler bin power-assist hydraulic turbine more respectively, the transfer cooler bin power-assist hydraulic turbine, the concentrated seawater power-assist hydraulic turbine and the operating of the fresh water power-assist hydraulic turbine, each power-assist hydraulic turbine drives accumulation of energy rotating shaft to rotate through drive and transmission band respectively jointly, accumulation of energy rotating shaft operates through speed increasing gear group drive electrical generators, electromotor sends electric current after electric panel room processes, power for water-cooled magnetron and other firing equipments and electrical equipment, upper flash distillation indoor temperature is improved with microwave heating, utilize and treat that the steaming each water-cooled magnetron of cooled with seawater and permanent magnetism inner rotor motor improve capacity usage ratio further, the vapour snail fan group of inhaling of high speed rotating plays the effect of microwave stirring, so that upper flash chamber inner space thermally equivalent make evaporability strengthen；

2022). supply sea water with the transfer cooler bin that sea water immersible pump is about 3-----5 rice eminence, relend help atmospheric pressure with 0.1 0.3 atmospheric pressure reduction make confession sea water through transfer cooler bin enter seawater to make heat exchange case, for vertically highly supplying sea water significantly more than the seawater to make heat exchange case of 10.336 meters and flash tank, both water supply consumption had been reduced, solve again the water hammer effect problem on sea water water channel, in production practices, open each spraying ring pipe feed pipe valve the water pump of switch sea water supply and fresh water extraction by group in proper order in proper order, water hammer effect problem when thorough solving device starts and closes；

2023). need the parts taking Insulation to include: air cylinder, high pressure heats tank, the associated conduit of main electric power or power output system, transfer cooler bin power-assist hydraulic turbine feed pipe, transfer cooler bin power-assist spiral case, transfer cooler bin outer surface, wait to steam sea water water main, seawater to make heat exchange case feed pipe, seawater to make heat exchange case outer surface, refrigerated sea water water main, magnetron cooling water main, magnetron cooling moisture flow tube, motor refrigerated sea water feed pipe, motor outer surface, the exposed outer wall of upper flash chamber, soda pop drainage tube, fresh water drainage tube, the exposed outer wall of upper flash chamber, seawater to make heat exchange case outer surface, pressure vapour tank, high pressure heats the key positions such as tank and preferably sets vacuum heat-insulation Dewar；

2024). Tuo Shi vacuum potential is deprived formula water-electricity cogeneration device many group devices preferably and is arranged in 6 floor rooms of a monolayer height 3.3 meters, often group Tuo Shi vacuum potential is deprived formula water-electricity cogeneration device and is included multiple Tuo Shi vacuum potential and deprive formula water-electricity cogeneration device, each sea water cistern of first group of water-electricity cogeneration device, each fresh water retention reservoir and each liquid level stabilizing concentrated seawater pond are arranged on Stall, each transfer cooler bin is arranged on second floor and each flash tank, each seawater to make heat exchange case and main electric power or power output system are arranged on 4th floors, the corresponding establishment of second group of water-electricity cogeneration device is separately positioned on second floor, three 5th floor, Lou He, the corresponding establishment of the 3rd group of water-electricity cogeneration device is separately positioned on 3rd floors, four 6th floor, Lou He；

<3>. described potential deprives formula water-electricity cogeneration method, also include utilizing water pump suction force create vacuum realize electric power or power output and simultaneously preparing fresh pump evacuation potential deprive formula water-electricity cogeneration method, pump evacuation potential deprives formula water-electricity cogeneration method, it is characterised in that:

3001). by liquid level stabilizing sea water cistern, fresh water retention reservoir, concentrated seawater cistern, water pump cooler bin, multiple stage fresh water immersible pump, multiple stage concentrated seawater immersible pump, steam condensing cooling pipe group in steam condensation seawater to make heat exchange case and case, comprise flash chamber and the flash tank of lower flash chamber, water-cooled permanent magnetism internal rotor high-speed motor, air-breathing snail fan group, calm the anger snail fan group, seawater spraying pipe group, upper flash chamber concentrated seawater spraying ring pipe group again, concentrated seawater is spray thrower repeatedly, air cylinder, high pressure snail fan group, supercharging gas collecting tank, gas boosting pump group, high pressure heats tank, steam turbine, electric box, microwave heating equipment, electromagnetic heating apparatus, the water pump cooler bin power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine, the concentrated seawater power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor, each associated conduit, valve, threeway, flow takes into account drive and transmission band collectively constitutes pump evacuation potential and deprives formula water-electricity cogeneration device, wherein, and gas boosting pump group, high pressure heats tank and electromagnetic heating apparatus thereof, steam turbine and electric power thereof or motive power outputting apparatus, relevant pipe valve collectively constitutes main electric power or power output system, each power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor and associated actuator facility collectively constitute secondary electric power output system, and all the other equipment collectively constitute seawater desalination system；

3002). liquid level stabilizing sea water cistern, fresh water retention reservoir and concentrated seawater cistern are disposed adjacent on ground level, high pressure heats tank, steam turbine, the airtight cylindrical tube shape flash tank of hollow of axis vertical is also all disposed within ground level, flash tank inner space horizontal subdivision becomes upper flash chamber and lower flash chamber, steam condensation seawater to make heat exchange case is immersed in liquid level stabilizing sea water cistern maritime interior waters, the top horizontal of steam condensation seawater to make heat exchange case inner space is separated out steam diversion interlayer, steam condensation seawater to make heat exchange bottom portion horizontal subdivision goes out fresh water and collects interlayer, steam condensing cooling pipe that is multiple vertical and that be shaped like pulling open state strong spiral spring of trying one's best is evenly distributed in steam condensation seawater to make heat exchange case, each steam condensing cooling pipe collectively constitutes steam condensing cooling pipe group, each steam condensing cooling ligament of steam condensation seawater to make heat exchange case inner space is full of sea water；

3003). water pump cooler bin, the water pump cooler bin power-assist hydraulic turbine and spiral case thereof are each provided in liquid level stabilizing sea water cistern, water pump cooler bin connects liquid level stabilizing sea water cistern maritime interior waters through the water pump cooler bin power-assist hydraulic turbine and spiral case thereof, all fresh water immersible pumps are submerged in water pump cooler bin maritime interior waters, the motor of all concentrated seawater immersible pumps is submerged in water pump cooler bin maritime interior waters, and the pump housing outside each concentrated seawater motor for submerged pump part and water inlet pipe and outlet pipe all expose in atmosphere；

3004). upper flash chamber headspace sets suction vapour snail fan group, lower flash chamber headspace sets pressure vapour snail fan group, inhale vapour snail fan group, pressure vapour snail fan group is all fixedly set on suction vapour pressure vapour snail fan group axis, inhale vapour pressure vapour snail fan group axis location and be arranged on flash tank axis place, the outer roof of upper flash chamber sets water-cooled permanent magnetism internal rotor high-speed motor, the permanent magnetism internal rotor of permanent magnetism internal rotor high-speed motor is led to magnetic seal cover and is sealed in the confined space of the upper flash chamber inner space of connection, during the operating of permanent magnetism internal rotor high-speed motor forward, inhale vapour snail fan group and both vapor compression in upper flash chamber can be sucked in upper flash chamber headroom, both vapor compression in lower flash chamber can be sucked the lower flash chamber dry pipe in snail fan group axis and import in upper flash chamber headroom through lower flash chamber dry pipe by pressure vapour snail fan group；

3005). inhale in upper flash chamber below vapour snail fan group and set magnetron cool water shower endless tube, motor refrigerated sea water spraying ring pipe, gas boosting pump refrigerated sea water spraying ring pipe, steam condensation seawater spraying endless tube group, liquid level stabilizing sea water cistern, water stream channel in the water pump cooler bin power-assist hydraulic turbine, water pump cooler bin, steam condensation seawater to make heat exchange case feed pipe, steam condensation seawater to make heat exchange case, steam condensation seawater spraying endless tube group water main, each steam condensation seawater spraying endless tube water supply arm, each steam condensation seawater spraying endless tube is sequentially connected with into sea water water supply first passage, during controlling the water circulation, this passage is that pump evacuation potential deprives formula water-electricity cogeneration device provisioning through all pump motors operating heat and steam condensation by pressure reduction, the sea water of fresh water cooled heat heating, certain steam set in each steam condensation seawater spraying endless tube condenses seawater spraying endless tube as emergency shower endless tube, and it is set as that it carries the steam of sea water condensation seawater spraying endless tube water supply arm to be emergency shower endless tube water supply arm, emergency shower endless tube water supply arm sets emergency shower endless tube water supply arm electromagnetic valve, all the other each steam condensation seawater spraying endless tube water supply arm is all provided with steam condensation seawater spraying endless tube water supply arm valve, steam condensation seawater spraying endless tube group water main sets steam condensation seawater spraying endless tube group water main's effusion meter；

3006). liquid level stabilizing sea water cistern, equipment refrigerated sea water water main, the cooling water threeway of component cooling water magnetron, gas boosting pump cooling water power motivation cooling water shares pipe, the cooling water power motivation cooling water threeway of gas boosting pump, gas boosting pump group refrigerated sea water water main, each gas boosting pump refrigerated sea water water supply arm, each gas boosting pump water cooling chamber, each gas boosting pump refrigerated sea water exit branch, gas boosting pump group refrigerated sea water outfall sewer, gas boosting pump refrigerated sea water spraying ring pipe is sequentially connected with into sea water water supply second channel, under duty, sea water water supply second channel is the upper flash chamber supply sea water through the cooling heat heating of each gas boosting pump, gas boosting pump group refrigerated sea water water main sets gas boosting pump group refrigerated sea water water main's valve, equipment refrigerated sea water water main's effusion meter on equipment refrigerated sea water water main；

3007). upper flash chamber lateral wall is uniformly arranged multiple water-cooled magnetron and corresponding air-tightness microwave feed-in mouth, each water-cooled magnetron and microwave feed-in mouth are as far as possible in same level, the cooling water threeway of component cooling water magnetron, magnetron cooling water main, magnetron cooling moisture flow tube, each magnetron cooling water inlet pipe, cooling room in each magnetron, each magnetron cooling water outlet pipe, magnetron cooling water outlet manifold trunk, magnetron cooling Waterborne running spray feed pipe, magnetron cool water shower endless tube sequentially connects and connects into sea water water supply third channel, magnetron cooling water main sets magnetron cooling water main's valve, under duty, sea water water supply third channel is the upper flash chamber supply sea water through magnetron cooling heat heating；

3008). the cooling water power motivation cooling water threeway of gas boosting pump, motor refrigerated sea water feed pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe, motor refrigerated sea water spraying ring pipe sequentially connects and connects into sea water water supply fourth lane, under duty, sea water water supply fourth lane is the sea water that upper flash chamber supply is heated through motor operation heat, motor refrigerated sea water feed pipe sets motor refrigerated sea water feed pipe valve, sea water water supply first passage, sea water water supply second channel, sea water water supply third channel, sea water water supply fourth lane collectively constitutes seawater to make heat exchange water channel；

3009). the pressure vapour snail fan group lower horizontal in lower flash chamber arranges flash chamber concentrated seawater spraying ring pipe group again, upper flash chamber concentrated seawater spraying ring pipe group again connects upper flash chamber inner space through being located at the connection of the upper flash chamber concentrated seawater drainage tube in lower flash chamber, the concentrated seawater that during controlling the water circulation, in upper flash chamber, evaporation produces flows into upper flash chamber concentrated seawater spraying ring pipe group again through upper flash chamber concentrated seawater drainage tube under gravity, and carries out room temperature spray flash distillation in lower flash chamber；

3010). inhale the fixing connection in vapour pressure vapour snail fan group axis bottom concentrated seawater spray thrower repeatedly, during the operating of permanent magnetism internal rotor high-speed motor forward, the concentrated seawater suction inlet of concentrated seawater spray thrower repeatedly the concentrated seawater of submergence concentrated seawater suction inlet in lower flash chamber can be sucked concentrated seawater is taken out Guan Bingjing concentrated seawater takes out pipe, concentrated seawater divides water cavity and each concentrated seawater discrete pipe imports concentrated seawater shower repeatedly, the concentrated seawater of entrance concentrated seawater shower repeatedly sprays under centrifugal action and throws away；

3011). the bottom margin place in lower flash chamber inner space sets virtue of buoyancy and lever principle realizes the liquid level induction system of contactor, liquid level induction system is by airtight hollow float, floating ball lever, fulcrum shaft, pull bar, rubbery elasticity diaphragm seal, elastic switch collectively constitutes, elastic switch controls emergency shower endless tube water supply arm electromagnetic valve and prompting electric bell through transmission line of electricity, elastic switch realizes contactor according to lever principle, when lower flash chamber bottom water level is higher, elastic switch is closed, instantly when flash chamber bottom water level is reduced to a certain degree, emergency shower endless tube water supply arm electromagnetic valve is opened and is made prompting electric bell ring simultaneously；

3012). lower flash chamber, lower flash chamber concentrated seawater is derived fresh water sluicing and is shared pipe, each concentrated seawater suction branch, each concentrated seawater immersible pump, each concentrated seawater immersible pump outlet pipe, concentrated seawater outfall sewer, concentrated seawater derives fresh water sluicing threeway, concentrated seawater power-assist hydroturbine water intake pipe, the concentrated seawater power-assist hydraulic turbine, concentrated seawater power-assist hydraulic turbine outlet pipe, concentrated seawater cistern is sequentially connected with and collectively constitutes concentrated seawater derivation passage, each concentrated seawater suction branch sets concentrated seawater suction branch valve, concentrated seawater power-assist hydroturbine water intake Guan Shangshe concentrated seawater power-assist hydroturbine water intake tube valve, lower flash chamber concentrated seawater derivation fresh water sluices to share and sets the flash chamber concentrated seawater derivation shared flowmeter for pipe of fresh water sluicing on pipe；

3013). air cylinder is fastened on the outer roof of flash chamber, the upper flash chamber inner space of air cylinder inner space connection that end opening is open, supercharging gas collecting tank and air cylinder are coaxially disposed up and down, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, each gas boosting pumping steam pipe, gas boosting pump group, each gas boosting pump gland steam exhauster, high pressure heats tank, steam turbine steam inlet pipe, steam turbine, steam turbine discharge pipe, steam diversion interlayer and related valve are sequentially connected with the acting passage forming main electric power or power output system, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drain epimere pipe, steam drain stage casing is managed, steam drain hypomere pipe, steam diversion interlayer and related valve are sequentially connected with composition non-power generating state steam open conduit, each gas boosting pumping steam pipe sets gas boosting pumping steam pipe valve；

3014). upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drainage tube epimere pipe, steam drain high pressure heats tank water filling sluicing threeway, steam drainage tube stage casing is managed, steam drain steam turbine discharge threeway, steam drainage tube hypomere pipe, steam diversion interlayer, each steam condensing cooling pipe, fresh water collects interlayer, fresh water suction house steward, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water power-assist hydroturbine water intake pipe, the fresh water power-assist hydraulic turbine, fresh water power-assist hydraulic turbine outlet pipe, fresh water retention reservoir is sequentially connected with and collectively constitutes steam condensation fresh water cooled and derive passage, Guan Shangshe steam drainage tube stage casing, steam drainage tube stage casing pipe flow control valve, derive and fresh water suction house steward sets derivation fresh water suction house steward's valve, each fresh water suction branch sets fresh water suction branch valve, fresh water power-assist hydroturbine water intake Guan Shangshe fresh water power-assist hydroturbine water intake tube valve；

3015). on-condensible gas discharge pipe air inlet is opened on steam diversion interlayer inner roof wall, on-condensible gas discharge pipe gas outlet is opened on fresh water power-assist spiral case inwall, on-condensible gas discharge pipe outlet side sets on-condensible gas discharge pipe and gives vent to anger valve, in controlling the water circulation process, intermittence is opened on-condensible gas discharge pipe and is given vent to anger valve, and the high steam that steam turbine is discharged makes on-condensible gas import in fresh water retention reservoir in fresh water through the fresh water hydraulic turbine；

3016). fresh water retention reservoir, inject fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water water injection pipe, fresh water collects interlayer, each steam condensing cooling pipe, steam diversion interlayer, steam drainage tube hypomere pipe, steam drain steam turbine discharge threeway, steam drainage tube stage casing is managed, steam drain high pressure heats tank water filling sluicing threeway and is sequentially connected with and collectively constitutes fresh water water filling overall channel, , inject and fresh water suction tube sets injection fresh water suction tube valve, fresh water water injection pipe sets fresh water water injection pipe valve；

3017). the lower diapire of upper flash chamber sets water filling sluicing electromagnetic valve, upper flash chamber is through the lower flash chamber of water filling sluicing electromagnetic valve connection, steam drain high pressure heat tank water filling sluicing threeway, steam drainage tube epimere pipe, supercharging gas collecting tank, air cylinder, upper flash chamber inner space, water filling sluicing electromagnetic valve, lower flash chamber inner space, lower flash chamber concentrated seawater derive fresh water sluice share pipe collectively constitute fresh water water filling the first subchannel, supercharging gas collecting tank roof highest point sets supercharging gas collecting tank water filling exhaust solenoid valve；

3018). steam drain high pressure heats tank water filling sluicing threeway, high pressure heats tank water filling tapping pipe, high pressure heats tank and is sequentially connected with composition fresh water water filling the second subchannel, high pressure heats the tank water filling tapping pipe high pressure that is opened on suitable for reading and heats in tank on diapire, high pressure heats and sets high pressure on tank water filling tapping pipe and heat tank water filling tapping pipe valve, high pressure heats tank deck wall highest point and sets high pressure and heat tank water filling exhaust solenoid valve, the air inlet of steam turbine air inlet pipe is opened on high pressure and heats tank deck wall highest point, steam turbine air inlet pipe sets steam turbine air inlet pipe valve, steam turbine exhaustor is connected to the joint of steam drainage tube stage casing pipe and steam drainage tube hypomere pipe through steam drain steam turbine discharge threeway, steam turbine exhaustor sets steam turbine exhaust valve；

3019). supercharging gas collecting tank, air cylinder, upper flash chamber, water filling sluicing electromagnetic valve, lower flash chamber, the lower flash chamber concentrated seawater derivation shared pipe of fresh water sluicing, each concentrated seawater suction branch, each concentrated seawater immersible pump, each concentrated seawater immersible pump outlet pipe, concentrated seawater outfall sewer, concentrated seawater derivation fresh water sluicing threeway, fresh water tapping pipe, the fresh water power-assist hydraulic turbine, fresh water retention reservoir are sequentially connected with and collectively constitute injection fresh water extraction first passage, and fresh water tapping pipe sets fresh water tapping pipe valve；

3020). high pressure heats tank, high pressure heats tank water filling tapping pipe, steam drain high pressure heats tank water filling sluicing threeway, steam drain stage casing is managed, steam drain steam turbine discharge threeway, steam drain hypomere pipe, steam diversion interlayer, each steam condensing cooling pipe, fresh water collects interlayer, derive fresh water suction house steward, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water power-assist hydroturbine water intake pipe, the fresh water power-assist hydraulic turbine, fresh water power-assist hydraulic turbine outlet pipe, fresh water retention reservoir is sequentially connected with and collectively constitutes injection fresh water extraction second channel；

3021). before controlling the water circulation, all valves are closed, when preparing controlling the water circulation, first open injection fresh water suction tube valve, fresh water water injection pipe valve, high pressure heats tank water filling tapping pipe valve, steam drainage tube stage casing pipe flow control valve, water filling sluicing electromagnetic valve, supercharging gas collecting tank water filling exhaust solenoid valve, high pressure heats tank water filling exhaust solenoid valve, start an appropriate number of fresh water immersible pump and relevant fresh water suction branch valve, in fresh water immersible pump extraction fresh water retention reservoir, fresh water is by fresh water water filling the first subchannel, fresh water is filled in fresh water water filling the second subchannel, close supercharging gas collecting tank water filling exhaust solenoid valve, high pressure heats tank water filling exhaust solenoid valve, inject fresh water suction tube valve, fresh water water injection pipe valve and fresh water immersible pump and relevant fresh water suction branch valve, the spiral solenoid conveying high frequency alternating current that electric panel room is the spiral solenoid in upper flash chamber roof and high pressure heats in tank deck wall and sidewall, make ferromagnetic upper flash chamber roof and high pressure heat to produce high frequency induction current in tank deck wall and sidewall and generate heat, fresh water in upper flash chamber and high pressure heat after the fresh water in tank is heated to proper temperature, open derivation fresh water suction house steward's valve simultaneously, fresh water power-assist hydroturbine water intake tube valve, an appropriate number of fresh water immersible pump and relevant fresh water suction branch valve, an appropriate number of concentrated seawater immersible pump and relevant concentrated seawater suction branch valve, fresh water tapping pipe valve, fresh water immersible pump extracts the fresh water injected in fresh water extraction second channel, a small amount of fresh water in fresh water and supercharging gas collecting tank in steam drain epimere pipe, under fresh water immersible pump suction force effect, high pressure heats the hot fresh water vaporization of tank inner top and finally makes whole high pressure heat the nearly vacuum space occurring being full of water vapour in tank, under concentrated seawater immersible pump suction force effect, the fresh water of upper flash chamber inner top is vaporized and finally makes air cylinder, supercharging gas collecting tank, occurs being full of the nearly vacuum space of water vapour in upper flash chamber and lower flash chamber, instantly the freshwater level bottom flash chamber drops to after to a certain degree, elastic switch unlatching is made emergency shower endless tube water supply arm electromagnetic valve open and makes prompting electric bell ring simultaneously by liquid level induction system, under differential pressure action, sea water in liquid level stabilizing sea water cistern enters the emergency shower endless tube spray in upper flash chamber through sea water water supply first passage, fresh water tapping pipe valve and water filling sluicing electromagnetic valve are closed in the prompting of electric bell ring in time, open concentrated seawater power-assist hydroturbine water intake tube valve and open permanent magnetism internal rotor high-speed motor simultaneously；

3022). permanent magnetism internal rotor high-speed motor band dynamic pressure vapour snail fan group, after suction vapour snail fan group and high pressure snail fan group operate simultaneously, open motor refrigerated sea water feed pipe valve immediately in proper order, each steam condensation seawater spraying endless tube water supply arm valve, magnetron cooling water main's valve and gas booster pump group refrigerated sea water water main's valve, and increase the unlatching quantity of fresh water immersible pump and concentrated seawater immersible pump in proper order, under differential pressure action, the sea water in liquid level stabilizing sea water cistern flows separately through sea water and supplies water first, two, three, four-way enters upper flash chamber spray flash distillation, inhaling vapour snail fan group makes the steam in flash chamber be gathered in flash chamber headroom, pressure vapour snail fan group makes the steam in lower flash chamber be gathered in flash chamber headroom, high pressure snail fan group will send into supercharging gas collecting tank again after steam primary compression, a part of steam in supercharging gas collecting tank sequentially heats tank water filling tapping pipe entrance high pressure through steam drainage tube epimere pipe and high pressure and heats tank, another part steam is sequentially through steam drain epimere pipe, steam drain stage casing pipe and steam drain hypomere pipe enter steam diversion interlayer, steam in the pressure of high pressure snail fan group and the suction force traction steam diversion interlayer of fresh water immersible pump enters each steam condensing cooling pipe, due to steam condense seawater to make heat exchange case have bigger volume and wherein steam condensing cooling pipe uniformly gather, when fresh water immersible pump extracts fresh water, steam heat-exchanging condensation area along with in steam condensing cooling pipe the decline of fresh water liquid level and be gradually increased, finally make steam condensation rate and fresh water extract speed to maintain an equal level, fresh water after cooling imports fresh water retention reservoir through fresh water immersible pump, in steam condensation and fresh water cooled process, steam is condensed the heating of seawater in seawater to make heat exchange case by the heat energy of release, gradate as pressure vapour flash evaporation so that entering the sea water of spray in upper vaporization chamber by initial room temperature pressure vapour flash distillation；

3023). the concentrated seawater produced in upper flash chamber flows into upper flash chamber concentrated seawater spraying ring pipe group again through upper flash chamber concentrated seawater drainage tube under gravity, and spray flash distillation at lower flash distillation normal temperature laboratory, the concentrated seawater that in lower flash chamber, evaporation produces is imported concentrated seawater cistern by concentrated seawater immersible pump, the unlatching quantity of increase and decrease concentrated seawater immersible pump can regulate lower flash chamber concentrated seawater and derive the concentrated seawater flow in the shared pipe of fresh water sluicing, so that the unlatching quantity of increase and decrease concentrated seawater immersible pump can regulate the liquid level accumulating concentrated seawater bottom lower flash chamber, instantly when the concentrated seawater built up bottom flash chamber floods the concentrated seawater suction inlet of concentrated seawater spray thrower bottom repeatedly, under permanent magnetism internal rotor high-speed motor forward working order, the concentrated seawater built up bottom lower flash chamber is inhaled into concentrated seawater suction inlet and flows through and take out pipe on the concentrated seawater in concentrated seawater spray thrower axis repeatedly, concentrated seawater divides water cavity, pass through the concentrated seawater discrete pipe of each radially uniform distribution, concentrated seawater is shower repeatedly, room temperature spray flash distillation is repeated in lower flash chamber, this just enables the height of concentrated seawater liquid level bottom lower flash chamber determine, and can the concentrated seawater bottom lower flash chamber be inhaled into concentrated seawater spray thrower repeatedly and enter repeatedly room temperature spray flash condition, and then make the unlatching quantity of increase and decrease concentrated seawater immersible pump just can regulate the water temperature deriving concentrated seawater, when the water temperature of derivation concentrated seawater is higher than 0 DEG C, close some vapor condensation seawater spraying endless tube water supply arm valve, temporarily turn seawater spraying amount down, and increase fresh water immersible pump unlatching quantity, reduce the unlatching quantity of concentrated seawater immersible pump simultaneously, the cold concentrated seawater that in lower flash chamber, evaporation produces is made only to be exported on a small quantity before temperature is down to 0 DEG C, and in flash chamber, cold concentrated seawater is inhaled into concentrated seawater spray thrower repeatedly under the major part not being exported, room temperature spray flash distillation it is repeatedly performed in lower flash chamber, until temperature be down to 0 DEG C even lower after be exported, being fixedly installed on the stirring blade high speed rotating of the concentrated seawater outside concentrated seawater suction inlet tube wall can prevent the concentrated seawater liquid level surface bottom lower flash chamber from freezing；

3024). after the evaporation of seawater in upper vaporization chamber is converted into pressure vapour flash evaporation pattern, slowly regulating steam drainage tube stage casing pipe flow control valve makes steam flow in the pipe of steam drainage tube stage casing be gradually reduced and close in proper order a number of fresh water immersible pump, in the pipe of steam drainage tube stage casing, the reduction of steam flow makes supercharging gas collecting tank, steam drainage tube epimere pipe, the steam pressure that high pressure heats tank water filling tapping pipe and high pressure heats in tank gradually rises, final plant closure steam drainage tube stage casing pipe flow control valve and whole fresh water immersible pump, , when high pressure heat the pressure that pressure tank table shows no longer raise time, close high pressure and heat tank water filling tapping pipe valve, open each gas boosting pumping trachea valve in proper order and open each gas boosting pump in proper order, improve high pressure further and heat steam pressure in tank, electric box is the spiral solenoid conveying high frequency alternating current that high pressure heats on pot sidewall, make the ferromagnetic metal outer wall interior generation high frequency vortex current that high pressure heats tank that high pressure to heat steam heating in pot sidewall and tank to heat, when high pressure heats the pressure requirements that steam pressure in tank meets driving steam turbine, open steam turbine air inlet pipe valve and steam turbine exhaust valve, high temperature and high pressure steam drives steam turbine to operate and output power or power, main electric power or power output system enter generating or power output state, open the fresh water immersible pump of respective numbers in proper order, the steam that steam turbine exhaustor is discharged enters through steam drainage tube hypomere pipe and steam diversion interlayer and imports fresh water retention reservoir after the cooling of each steam condensing cooling pipework condensation, device enters water-electricity cogeneration state；

3025). in whole controlling the water circulation process, utilize water pump cooler bin water inlet, the water outlet of steam condensation fresh water cooled and derivation passage and concentrated seawater are derived the useless remaining useless water flow dynamic energy of water outlet of passage and are driven the water pump cooler bin power-assist hydraulic turbine respectively, the fresh water power-assist hydraulic turbine and the operating of the concentrated seawater power-assist hydraulic turbine, each power-assist hydraulic turbine drives accumulation of energy rotating shaft to rotate through drive and transmission band respectively jointly, accumulation of energy rotating shaft operates through speed increasing gear group drive electrical generators, electromotor sends electric current after electric panel room processes, for magnetron, spiral solenoid and other electrical equipments are powered, upper flash distillation indoor temperature is improved with microwave heating, utilize and wait to steam each magnetron of cooled with seawater, each motor and the permanent magnetism inner rotor motor of gas boosting pump group improve capacity usage ratio further, the vapour snail fan group of inhaling of high speed rotating plays the effect of microwave stirring, so that upper flash chamber inner space thermally equivalent make evaporability strengthen；

3026). need the parts taking Insulation to include: upper flash chamber, air cylinder, supercharging gas collecting tank, high pressure heats tank, steam drainage tube epimere pipe, steam drainage tube stage casing is managed, steam drainage tube hypomere pipe, high pressure heats tank water filling tapping pipe, steam turbine air inlet pipe, steam turbine, steam turbine exhaustor, each gas boosting pumping steam pipe, each gas boosting pump gland steam exhauster, each gas boosting pump water cooling chamber, each gas boosting pump refrigerated sea water exit branch, gas boosting pump group refrigerated sea water outfall sewer, steam condensation seawater to make heat exchange case, steam condensation seawater spraying endless tube group water main, each steam condensation seawater spraying endless tube water supply arm, cooling room in each magnetron, each magnetron cooling water outlet pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe；

<4>. described potential deprives formula water-electricity cogeneration method, also include utilizing existing multistage flash evaporation seawater desalting device and low-temperature multi-effect seawater desalination device to repack the method that potential deprives formula water-electricity cogeneration device into, it is characterized in that: make the rear class in existing multistage flash evaporation seawater desalting device or low-temperature multi-effect seawater desalination device or in aftereffect vacuum chamber, only carry out room temperature or the vacuum distilling lower than room temperature, the cold concentrated seawater produced in rear class or aftereffect vacuum chamber is directly derived, cold concentrated seawater is not allowed to participate in the heat exchange in device, the steam that evaporation produces is before entering desalinization heat exchange, heat supercharging rear drive steam turbine；

<5>. deprive formula water-electricity cogeneration method according to described Tuo Shi vacuum potential, it is possible to build Tuo Shi vacuum potential and deprive formula water-electricity cogeneration device, it is characterised in that:

5001). Tuo Shi vacuum potential is deprived formula water-electricity cogeneration device and is included: a sea water cistern, one fresh water cooler bin again, one water pump cooler bin, multiple stage or a Taiwan Straits water immersible pump, one transfer cooler bin, one seawater to make heat exchange case, one flash tank comprising flash chamber and lower flash chamber, one air cylinder, one supercharging gas collecting tank, gas boosting pump group, one high pressure heats tank, one steam turbine, one water-cooled permanent magnetism internal rotor high-speed electric expreess locomotive, one air-breathing snail fan group, one snail fan group of calming the anger, one high pressure snail fan group, several heat-exchanging sea-water spraying ring pipes, one magnetron cool water shower endless tube, one motor refrigerated sea water spray is also managed, one upper flash chamber concentrated seawater spraying ring pipe group again, one concentrated seawater spray thrower repeatedly, one liquid level stabilizing concentrated seawater pond, one steam diversion interlayer, one steam condenser pipe group, one soda pop is confluxed interlayer, one soda pop shunting interlayer, one condensing cooling pipe group, one fresh water assembles interlayer, one fresh water cooled coil pipe, multiple stage or a fresh water immersible pump, one fresh water retention reservoir, one fresh water jet high pressure diving pump, one ejector, four power-assist hydraulic turbines, one accumulation of energy rotating shaft, an electromotor, one electric panel room, two effusion meters, multiple associated conduit, valve, threeway, drive and transmission band；

5002). fresh water retention reservoir and liquid level stabilizing concentrated seawater pond are disposed adjacent on ground level, airtight for the hollow of axis vertical cylindric flash tank is separated into upper flash chamber and lower flash chamber by horizontal splitter plate, hollow circular ring column seawater to make heat exchange case coaxial package is on upper flash chamber outer wall, ring-side wall and upper flash chamber outer wall wall altogether in seawater to make heat exchange case, lower flash chamber bottom surface exceeds concentrated seawater liquid level 10 meters in liquid level stabilizing concentrated seawater pond, seawater to make heat exchange box top horizontal subdivision goes out steam diversion interlayer, seawater to make heat exchange bottom portion horizontal subdivision goes out a soda pop and confluxes interlayer, soda pop confluxes interlayer bottom surface slightly above upper flash chamber bottom surface, multiple vertical shapes form steam condenser pipe group as the steam condenser pipe pulling open state strong spiral spring-like is evenly distributed in seawater to make heat exchange case as far as possible, each steam condenser pipe is suitable for reading is all opened on diapire under steam diversion interlayer and end opening is all opened on soda pop and confluxes diapire on interlayer, top, seawater to make heat exchange case lateral wall sets seawater to make heat exchange case exhaust solenoid valve, seawater to make heat exchange case outer shroud sidewall is provided with sealing ring, the maintenance door of bolt and sealant sealing, juncture between upper and lower opening and the upper and lower diapire of seawater to make heat exchange case of each steam condenser pipe is movable dismounting combination, reserved bolt interface on the upper and lower diapire of seawater to make heat exchange case, each bolt interface is with bolted joints steam condenser pipe section and with nontoxic temperature resistant encapsulation glue sealing bolt interface；

5003). upper flash chamber inner space is horizontally disposed with the suction vapour snail fan group coaxial with flash tank, inhale vapour snail fan group close to upper flash chamber roof and with upper flash chamber roof appropriate intervals, inhale vapour snail fan group each and inhale that vapour snail fan specification is consistent and radius is slightly lower than flash tank internal diameter, each vapour snail fan of inhaling equidistantly is fixedly set on the hollow tubular type suction vapour pressure vapour snail fan group axis of closed at both ends, inhale vapour pressure vapour snail fan group axis top and be positioned upper flash chamber inner roof wall axle center place through upper location bearing, suction vapour pressure vapour snail fan group axis bottom is positioned lower flash chamber inner roof wall axle center place through horizontal splitter plate between upper flash chamber and lower flash chamber and through location, bottom bearing, inhaling vapour snail fan is the multiple-blade snail fan having axis cuff and circumference ring plate and supreme lower diapire, inhale vapour snail to fan each blade and radially wait the radially uniform distribution of angle and to same circumference slightly spiral；

5004). the pipeline inhaled in vapour pressure vapour snail fan group axis is lower flash chamber dry pipe, on the lower flash chamber dry pipe suction vapour pressure vapour snail fan group axis sidewall being opened on upper location bearing slightly lower section suitable for reading, top inhale vapour snail fan and lower flash chamber dry pipe suitable for reading between suction vapour pressure vapour snail fan group axis on level is fixing is set with passive drive, disalignment be fixedly installed the water-cooled permanent magnetism internal rotor high-speed motor that axis is vertical with suitable spacing place, axle center on the outer roof of upper flash chamber, logical magnetic seal cover is set between stator and the permanent magnetism internal rotor of this motor, logical magnetic seal covers on the armature spindle of permanent magnetism internal rotor and leans out flash chamber roof and the upper flash chamber inner space of logical magnetic seal cover inner space connection in the closely sealed fixing connection in place, the armature spindle of this motor probes into flash chamber inner space and on armature spindle within flash chamber, level is fixed and is set with through the transmission initiative driver with connecting passive drive on probeing into, initiative driver radius is more than passive drive radius, during the operating of permanent magnetism internal rotor high-speed motor forward, inhale vapour snail fan group can both vapor compression in upper flash chamber be sucked in upper flash chamber headroom；

5005). the fixing suit pressure vapour snail fan group of the level on the suction vapour pressure vapour snail fan group axis in lower flash chamber headroom that probes into, each pressure vapour snail fan of pressure vapour snail fan group is isometrical and its radius is slightly lower than flash tank internal diameter, two inner circle radius with inhale that vapour pressure vapour snail fan group axis radius is consistent and the exradius unequal annular multiple radial blade of base plate fixed clamp and a bottom bracket axle garter spring form a pressure vapour snail and fan, each blade of pressure vapour snail fan radially waits the radially uniform distribution of angle and to same circumferential spiral between large radius upper plate and minor radius lower shoe from bottom bracket axle garter spring external peripheral surface, the apex of the pointed angle of Cornu Bovis seu Bubali formed between often adjacent two pressure vapour snail fan leafs of each pressure vapour snail fan is equipped with and runs through bottom bracket axle garter spring and inhale the lower flash chamber dry pipe air intake of vapour pressure vapour snail fan group axis annulus sidewall, the upper plate of pressure vapour snail fan, each blade and bottom bracket axle garter spring are the pressure vapour snail fan blades of a single-casting or milling part, the lower shoe of pressure vapour snail fan is through being bolted in this pressure vapour snail fan blades, during the operating of permanent magnetism internal rotor high-speed motor forward, both vapor compression in lower flash chamber can be sucked lower flash chamber dry pipe and import in upper flash chamber headroom through lower flash chamber dry pipe by pressure vapour snail fan group；

5006). lower flash chamber intrinsic pressure vapour snail fan group lower horizontal arranges a upper flash chamber concentrated seawater spraying ring pipe group again, upper flash chamber concentrated seawater spraying ring pipe group again is the distribution of upper and lower multilayer parallel, each layer concentrated seawater spraying ring pipe again is on the concentric spraying ring pipe being distributed of many circles and tube wall and is uniformly distributed spray apertures, upper flash chamber concentrated seawater spraying ring pipe group again connects upper flash chamber inner space through being located at the connection of the upper flash chamber concentrated seawater drainage tube in lower flash chamber, upper flash chamber concentrated seawater drainage tube caliber is slightly less than to be waited to steam sea water water main's caliber, upper flash chamber concentrated seawater drainage tube water inlet is opened in flash chamber on diapire；

5007). inhale vapour pressure vapour snail fan group axis bottom and fix the axis connecting concentrated seawater spray thrower repeatedly, concentrated seawater spray thrower repeatedly by one be axle center with axis horizontal annular concentrated seawater shower repeatedly, the concentrated seawater discrete pipe of multiple radially uniform distributions, one vertical and top closure hollow axis and concentrated seawater suction inlet form, pipeline in concentrated seawater spray thrower axis repeatedly is take out pipe on concentrated seawater, concentrated seawater is taken out pipe bottom and sets the concentrated seawater suction inlet that caliber increases, concentrated seawater suction inlet lower edge and the suitable spacing of diapire under lower flash chamber, arranging in concentrated seawater suction inlet is fixed on concentrated seawater suction inlet inner tubal wall and equally distributed several pump blades, on concentrated seawater suction inlet outer tube wall, the angle such as level is fixedly installed and prevents the concentrated seawater stirring blade that bottom lower flash chamber, concentrated seawater liquid level surface freezes, concentrated seawater above concentrated seawater suction inlet is taken out in pipe, from lower and upper coherent setting, one is taken out blade, concentrated seawater is taken out pipe connection suitable for reading connect and be fixedly installed on the concentrated seawater of concentrated seawater spray thrower axis epimere repeatedly and divide water cavity, concentrated seawater divides water cavity to connect concentrated seawater shower repeatedly through the connection of each concentrated seawater discrete pipe, concentrated seawater divides water cavity and concentrated seawater shower repeatedly in isoplanar, during the operating of permanent magnetism internal rotor high-speed motor forward, the concentrated seawater of lower flash chamber lower submerged concentrated seawater suction inlet can be sucked to take out on concentrated seawater by concentrated seawater suction inlet takes out pipe on Guan Bingjing concentrated seawater, concentrated seawater divides water cavity and each concentrated seawater discrete pipe to import concentrated seawater shower repeatedly, concentrated seawater shower repeatedly is uniformly distributed spray apertures, under lower flash chamber, the sealed circle of diapire and fixing bolt clip are combined on lower flash chamber sidewall and engage mouth and seal through cold-resistant strong sealing glue, upper flash chamber sidewall end count seal and fixing bolt clip are combined on lower flash chamber on diapire and engage mouth and seal through heat-resisting strong sealing glue；

5008). lower flash chamber concentrated seawater drainage tube is suitable for reading to be opened in lower flash chamber on diapire, the derivation fresh water sluicing threeway of lower flash chamber concentrated seawater drainage tube, concentrated seawater, concentrated seawater delivery line, concentrated seawater power-assist spiral case, liquid level stabilizing concentrated seawater pond are sequentially connected with, concentrated seawater delivery line sets concentrated seawater delivery line flow control valve, lower flash chamber concentrated seawater drainage tube is set flash chamber concentrated seawater drainage tube effusion meter；

5009). the vertical cylindric air cylinder of axis is closely sealed to be fastened on the outer roof of flash chamber and the prominent outer roof of upper flash chamber, upper flash chamber inner space and air cylinder inner space are interconnected and keep the air-tightness of flash chamber and air cylinder, and high pressure heats tank, supercharging gas collecting tank, air cylinder from upper and under be coaxially disposed, diapire wall altogether under air cylinder roof and supercharging gas collecting tank, supercharging gas collecting tank roof and high pressure heat diapire wall, upper flash chamber headroom altogether under tank, air cylinder, supercharging gas collecting tank, each gas boosting pumping trachea, gas boosting pump group, each gas boosting pump exhaustor, high pressure heats tank, steam turbine air inlet pipe, steam turbine, steam turbine exhaustor, steam diversion interlayer is sequentially connected with the acting passage forming main electric power or power output system, each gas boosting pump exhaustor of gas boosting pump group sets gas boosting pump exhaust valve, steam turbine air inlet pipe sets steam turbine air inlet pipe valve, steam turbine exhaustor sets steam turbine exhaust valve, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drainage tube, steam diversion interlayer is sequentially connected with composition non-power generating state steam open conduit, connects steam diversion interlayer through the connection of steam drainage tube, steam drainage tube sets steam drainage tube flow control valve, upper flash chamber headroom bottom supercharging gas collecting tank, air cylinder, supercharging gas collecting tank, gas boosting pump group bypass tube, high pressure heats tank and sequentially connects the waterflood path connecting to form main electric power or power output system, the gas boosting pump group bypass tube high pressure that is opened on suitable for reading heats bottom tank medial wall, end opening is opened on top, supercharging gas collecting tank medial wall, setting gas boosting pump group bypass tube valve on gas boosting pump group bypass tube, high pressure heats tank top and sets high pressure and heat tank water filling exhaust solenoid valve；

5010). air cylinder roof axle center place sets a penetrating high position and seals bearing fixing port, the high-order closely sealed high position that is fixedly installed on of outer raceway sealing bearing seals in bearing fixing port, the open end opening axle center place of air cylinder sets low-level seal bearing, the outer raceway of low-level seal bearing fixes the junction surface connecting air cylinder sidewall with upper flash chamber roof through fixed support, high pressure snail fan group is set in air cylinder, the interior equal fixed cover of raceway circle of the high-order interior raceway circle sealing bearing and low-level seal bearing is combined on high pressure snail fan group axis, high pressure snail fan group axis top slightly probes in supercharging gas collecting tank, high pressure snail fan group is consistent with snail fan group structure of calming the anger, high pressure snail fan group axis is consistent with inhaling vapour pressure vapour snail fan group middle shaft structure, hollow pipeline in high pressure snail fan group axis is vapor compression tube, high pressure snail fan group axis bottom probes in flash chamber headroom, inhale vapour pressure vapour snail fan group axis and connect high pressure snail fan group axis through drive and transmission band, supercharging gas collecting tank sets Pressure gauge, high pressure heats and sets Pressure gauge and thermometer on tank, high pressure heats and sets spiral solenoid on the ferromagnetic metal outer wall of tank, steam turbine drives main generator generating through change-speed gearing or directly exports power；

5011). all water pump concentrated settings are in water pump cooler bin, the water pump cooler bin of supreme diapire is located in sea water cistern maritime interior waters and water pump cooler bin sidewall exceeds sea water cistern maritime interior waters liquid level, water pump cooler bin is fixedly connected on fresh water cooler bin again through fixed support, fresh water cooler bin again connects water pump cooler bin through water pump cooler bin feed pipe and water pump cooler bin feed pipe valve, water pump cooler bin feed pipe and water pump cooler bin feed pipe valve are immersed in sea water cistern maritime interior waters, the fresh water cooler bin again that hollow is airtight is also submerged in sea water cistern maritime interior waters and is full of sea water in case, fresh water the cooler bin power-assist hydraulic turbine and spiral case thereof again are also submerged in sea water cistern maritime interior waters, the fresh water cooler bin again water stream channel connection sea water cistern maritime interior waters in fresh water again cooler bin power-assist spiral case；

5012). not only it is used for transfer sea water but also be the hollow containment housing and its upper and lower diapire horizontal parallel that have bigger volume for cooling down the transfer cooler bin of fresh water, the top horizontal of transfer cooler bin inner space is separated out a soda pop shunting interlayer, the bottom level of transfer cooler bin inner space is separated out a fresh water and assembles interlayer, multiple vertical shapes form condensing cooling pipe group as the condensing cooling pipe pulling open state strong spiral spring-like is evenly distributed in transfer cooler bin as far as possible, each condensing cooling pipe is suitable for reading is all opened on diapire under soda pop shunting interlayer and end opening is all opened on fresh water and assembles diapire on interlayer, under fresh water gathering interlayer about diapire 3-----5 rice above ground level, transfer cooler bin sidewall top sets transfer cooler bin exhaust solenoid valve, the transfer cooler bin power-assist hydraulic turbine is located at transfer cooler bin roof slightly above, water stream channel in the fresh water cooler bin power-assist hydraulic turbine again, fresh water is cooler bin again, water pump cooler bin feed pipe, water pump cooler bin, each sea water immersible pump, each sea water water supply arm, transfer cooler bin power-assist hydraulic turbine feed pipe, water stream channel in the transfer cooler bin power-assist hydraulic turbine, transfer cooler bin is sequentially connected with, each sea water water supply arm sets sea water water supply arm valve；

5013). inhale vapour snail fan group lower horizontal in upper flash chamber and one magnetron cool water shower endless tube is set, one motor refrigerated sea water spraying ring pipe, multiple heat-exchanging sea-water spraying ring pipes, each spraying ring pipe is equipped with and is uniformly distributed and the spray apertures of numerical aperture millimeter, transfer cooler bin, wait to steam sea water water main, heat exchange box water supply cooling water threeway, seawater to make heat exchange case, each heat-exchanging sea-water spraying ring pipe feed pipe, each heat-exchanging sea-water spraying ring pipe is sequentially connected with, each heat-exchanging sea-water spraying ring pipe feed pipe water inlet is opened on the inner circle sidewall inwall of seawater to make heat exchange case, each heat-exchanging sea-water spraying ring pipe feed pipe sets heat-exchanging sea-water spraying ring pipe feed pipe electromagnetic valve, what caliber was bigger wait steams sea water water main and is provided with and waits to steam sea water water main's effusion meter；

5014). on upper flash chamber lateral wall exposed bottom upper flash chamber, circumference is equidistantly uniformly arranged multiple high-power water-cooling formula magnetron and corresponding air-tightness microwave feed-in mouth, heat exchange box water supply cooling water threeway, refrigerated sea water water main, magnetron cooling water power motivation cooling water threeway, magnetron cooling water main, magnetron cooling moisture flow tube, each magnetron cooling water inlet pipe, the water cooling chamber of each magnetron, each magnetron cooling water outlet pipe, magnetron cooling water outlet manifold trunk, magnetron cooling Waterborne running spray feed pipe, magnetron cool water shower endless tube sequentially connects connection, magnetron cooling water main sets magnetron cooling water main's valve, each magnetron cooling water outlet pipe is closely sealed run through flash chamber sidewall after connect magnetron cooling water outlet manifold trunk；

5015). magnetron cooling water power motivation cooling water threeway, motor refrigerated sea water feed pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe, motor refrigerated sea water shower sequentially connect connection, motor refrigerated sea water outlet pipe is closely sealed run through flash chamber roof and in upper flash chamber descending connection motor refrigerated sea water spraying ring pipe, motor refrigerated sea water feed pipe sets motor refrigerated sea water feed pipe valve；

5016). lower flash chamber dry pipe, upper flash chamber headroom, non-power generating state steam open conduit, steam diversion interlayer, each steam condenser pipe, soda pop is confluxed interlayer, soda pop drainage tube, soda pop shunting interlayer, each condensing cooling pipe, fresh water assembles interlayer, fresh water drainage tube, fresh water cooled coil pipe, derive fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, derive the suction threeway of fresh water jet fresh water, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, derive fresh water sluicing fresh water threeway, derive fresh water sluicing fresh water and share pipe, fresh water power-assist spiral case, fresh water retention reservoir is sequentially connected with, fresh water cooled coil pipe divides multiple-layer horizontal tortuous in fresh water again cooler bin maritime interior waters, each long straight length in every layer of fresh water cooled dish is equidistantly parallel to each other and each pipeline section sequentially crawls to side, water side from water intake end side connection through each elbow, each layer fresh water cooled coil pipe from upper and under be successively sequentially connected with, derive and fresh water suction tube sets derivation fresh water suction tube valve, each fresh water suction branch sets fresh water suction branch valve, derives fresh water sluicing fresh water and share the Guan Shangshe shared tube valve of derivation fresh water sluicing fresh water；

5017). the outer roof of steam diversion interlayer sets an ejector, steam diversion interlayer connects the induction chamber of ejector through ejector suction nozzle, ejector suction nozzle sets ejector suction nozzle check valve, ejector suction nozzle check valve has fluid and flows into the unipolarity of ejector induction chamber from steam diversion interlayer, and derivation fresh water jet fresh water suction threeway, jet fresh water extraction tube, fresh water jet high pressure diving pump, ejector are sequentially connected with for fresh water pipe, ejector, gas-liquid mixed flow conduit, fresh water power-assist spiral case, fresh water retention reservoir；

5018). the lower diapire of upper flash chamber sets water filling sluicing electromagnetic valve, upper flash chamber is through the lower flash chamber of water filling sluicing electromagnetic valve connection, inject and fresh water suction tube sets injection fresh water suction tube valve, fresh water tapping pipe sets fresh water tapping pipe valve, steam diversion interlayer roof sets steam diversion interlayer exhaust solenoid valve；

5019). upper flash chamber, lower flash chamber, lower flash chamber concentrated seawater drainage tube, concentrated seawater derive fresh water sluicing threeway, fresh water tapping pipe, derivation fresh water sluicing fresh water threeway, derivation fresh water sluicing fresh water shares pipe, fresh water power-assist spiral case, fresh water retention reservoir are sequentially connected with；

5020). accumulation of energy rotating shaft includes a horizontal spindle, two accumulation of energy runners, four power-assist drives, one travelling gear, one speed increasing gear group, the location bearing that three specifications are consistent, three loading ability of bearing framves, travelling gear, first location bearing, first power-assist drive, first accumulation of energy runner, second power-assist drive, second location bearing, second accumulation of energy runner, 3rd location bearing, 3rd power-assist drive, 4th power-assist drive is sequentially fixedly set on horizontal spindle, the outer raceway circle of three location bearings is respectively and fixedly installed on three loading ability of bearing framves, the accumulation of energy runner that two specifications are consistent is train wheel shape runner, accumulation of energy runner wheel periphery edge has inside to be cast into the thickening wheel week of metallic lead；

5021). the concentrated seawater power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine, the fresh water cooler bin power-assist hydraulic turbine again and the transfer cooler bin power-assist hydraulic turbine are the tangential impact formula hydraulic turbine of spiral case, the concentrated seawater power-assist hydraulic turbine and spiral case and outlet thereof are immersed in the maritime interior waters of liquid level stabilizing concentrated seawater pond, concentrated seawater power-assist hydraulic turbine arbor exposed end fixing suit concentrated seawater power-assist hydraulic turbine drive, concentrated seawater power-assist hydraulic turbine drive is through the transmission the first power-assist drive with connecting above the concentrated seawater power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine and spiral case and outlet thereof are immersed in fresh water retention reservoir in fresh water, fresh water power-assist hydraulic turbine arbor exposed end fixing suit fresh water power-assist hydraulic turbine drive, fresh water power-assist hydraulic turbine drive is through the transmission the second power-assist drive with connecting above the fresh water power-assist hydraulic turbine, fixing suit transfer cooler bin power-assist hydraulic turbine drive on transfer cooler bin power-assist hydraulic turbine arbor, transfer cooler bin power-assist hydraulic turbine drive is through the transmission the 3rd power-assist drive with connecting below the transfer cooler bin power-assist hydraulic turbine, fixing suit fresh water cooler bin power-assist hydraulic turbine drive again on fresh water cooler bin power-assist hydraulic turbine arbor again, fresh water cooler bin power-assist hydraulic turbine drive again is through the transmission the 4th power-assist drive with connecting above the fresh water cooler bin power-assist hydraulic turbine again；

5022). take the parts of suitable Insulation to include: transfer cooler bin power-assist hydraulic turbine feed pipe, transfer cooler bin power-assist spiral case, transfer cooler bin outer surface, wait to steam sea water water main, seawater to make heat exchange case feed pipe, seawater to make heat exchange case outer surface, refrigerated sea water water main, magnetron cooling water main, magnetron cooling moisture flow tube, motor refrigerated sea water feed pipe, motor outer surface, the exposed outer wall of upper flash chamber, soda pop drainage tube, fresh water drainage tube, the exposed outer wall of upper flash chamber, the key positions such as seawater to make heat exchange case outer surface preferably set vacuum heat-insulation Dewar layer.

<6>. deprive formula water-electricity cogeneration method according to described pump evacuation potential, it is possible to build pump evacuation potential and deprive formula water-electricity cogeneration device, it is characterised in that:

6001). by liquid level stabilizing sea water cistern, fresh water retention reservoir, concentrated seawater cistern, water pump cooler bin, multiple stage fresh water immersible pump, multiple stage concentrated seawater immersible pump, steam condensing cooling pipe group in steam condensation seawater to make heat exchange case and case, comprise flash chamber and the flash tank of lower flash chamber, water-cooled permanent magnetism internal rotor high-speed motor, air-breathing snail fan group, calm the anger snail fan group, seawater spraying pipe group, upper flash chamber concentrated seawater spraying ring pipe group again, concentrated seawater is spray thrower repeatedly, air cylinder, high pressure snail fan group, supercharging gas collecting tank, gas boosting pump group, high pressure heats tank, steam turbine, electric box, microwave heating equipment, electromagnetic heating apparatus, the water pump cooler bin power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine, the concentrated seawater power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor, each associated conduit, valve, threeway, flow takes into account drive and transmission band collectively constitutes pump evacuation potential and deprives formula water-electricity cogeneration device, wherein, and gas boosting pump group, high pressure heats tank and electromagnetic heating apparatus thereof, steam turbine and electric power thereof or motive power outputting apparatus, relevant pipe valve collectively constitutes main electric power or power output system, each power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor and associated actuator facility collectively constitute secondary electric power output system, and all the other equipment collectively constitute seawater desalination system；

6002). liquid level stabilizing sea water cistern, fresh water retention reservoir and concentrated seawater cistern are disposed adjacent on ground level, high pressure heats tank, steam turbine, the airtight cylindrical tube shape flash tank of hollow of axis vertical is also all disposed within ground level, flash tank inner space horizontal subdivision becomes upper flash chamber and lower flash chamber, steam condensation seawater to make heat exchange case is immersed in liquid level stabilizing sea water cistern maritime interior waters, the top horizontal of steam condensation seawater to make heat exchange case inner space is separated out steam diversion interlayer, steam condensation seawater to make heat exchange bottom portion horizontal subdivision goes out fresh water and collects interlayer, steam condensing cooling pipe that is multiple vertical and that be shaped like pulling open state strong spiral spring of trying one's best is evenly distributed in steam condensation seawater to make heat exchange case, each steam condensing cooling pipe collectively constitutes steam condensing cooling pipe group, each steam condensing cooling pipe is suitable for reading is all opened on diapire under steam diversion interlayer and end opening is all opened on fresh water and collects diapire on interlayer, steam condensation top, seawater to make heat exchange case lateral wall sets steam condensation seawater to make heat exchange case water filling sinking air bleeding valve, each steam condensing cooling ligament of steam condensation seawater to make heat exchange case inner space is full of sea water；

6003). water pump cooler bin, the water pump cooler bin power-assist hydraulic turbine and spiral case thereof are each provided in liquid level stabilizing sea water cistern, water pump cooler bin connects liquid level stabilizing sea water cistern maritime interior waters through the water pump cooler bin power-assist hydraulic turbine and spiral case thereof, all fresh water immersible pumps are submerged in water pump cooler bin maritime interior waters, the motor of all concentrated seawater immersible pumps is submerged in water pump cooler bin maritime interior waters, and the pump housing outside each concentrated seawater motor for submerged pump part and water inlet pipe and outlet pipe all expose in atmosphere；

6004). upper flash chamber inner space is horizontally disposed with the suction vapour snail fan group coaxial with flash tank, inhale vapour snail fan group close to upper flash chamber roof and with upper flash chamber roof appropriate intervals, inhale vapour snail fan group each and inhale that vapour snail fan specification is consistent and radius is slightly lower than flash tank internal diameter, each vapour snail fan of inhaling equidistantly is fixedly set on the hollow tubular type suction vapour pressure vapour snail fan group axis of closed at both ends, inhale vapour pressure vapour snail fan group axis top and be positioned upper flash chamber inner roof wall axle center place through upper location bearing, suction vapour pressure vapour snail fan group axis bottom is positioned lower flash chamber inner roof wall axle center place through horizontal splitter plate between upper flash chamber and lower flash chamber and through location, bottom bearing, inhaling vapour snail fan is the multiple-blade snail fan having axis cuff and circumference ring plate and supreme lower diapire, inhale vapour snail to fan each blade and radially wait the radially uniform distribution of angle and to same circumference slightly spiral；

6005). the pipeline inhaled in vapour pressure vapour snail fan group axis is lower flash chamber dry pipe, on the lower flash chamber dry pipe suction vapour pressure vapour snail fan group axis sidewall being opened on upper location bearing slightly lower section suitable for reading, top inhale vapour snail fan and lower flash chamber dry pipe suitable for reading between suction vapour pressure vapour snail fan group axis on level is fixing is set with passive drive, disalignment be fixedly installed the water-cooled permanent magnetism internal rotor high-speed motor that axis is vertical with suitable spacing place, axle center on the outer roof of upper flash chamber, logical magnetic seal cover is set between stator and the permanent magnetism internal rotor of this motor, logical magnetic seal covers on the armature spindle of permanent magnetism internal rotor and leans out flash chamber roof and the upper flash chamber inner space of logical magnetic seal cover inner space connection in the closely sealed fixing connection in place, the armature spindle of this motor probes into flash chamber inner space and on armature spindle within flash chamber, level is fixed and is set with through the transmission initiative driver with connecting passive drive on probeing into, initiative driver radius is more than passive drive radius, during the operating of permanent magnetism internal rotor high-speed motor forward, inhale vapour snail fan can both vapor compression in upper flash chamber be sucked in upper flash chamber headroom；

6006). the fixing suit pressure vapour snail fan group of the level on the suction vapour pressure vapour snail fan group axis in lower flash chamber headroom that probes into, each pressure vapour snail fan of pressure vapour snail fan group is isometrical and its radius is slightly lower than flash tank internal diameter, two inner circle radius with inhale that vapour pressure vapour snail fan group axis radius is consistent and the exradius unequal annular multiple radial blade of base plate fixed clamp and a bottom bracket axle garter spring form a pressure vapour snail and fan, each blade of pressure vapour snail fan radially waits the radially uniform distribution of angle and to same circumferential spiral between large radius upper plate and minor radius lower shoe from bottom bracket axle garter spring external peripheral surface, the apex of the pointed angle of Cornu Bovis seu Bubali formed between often adjacent two pressure vapour snail fan leafs of each pressure vapour snail fan is equipped with and runs through bottom bracket axle garter spring and inhale the lower flash chamber dry pipe air intake of vapour pressure vapour snail fan group axis annulus sidewall, the upper plate of pressure vapour snail fan, each blade and bottom bracket axle garter spring are the pressure vapour snail fan blades of a single-casting or milling part, the lower shoe of pressure vapour snail fan is through being bolted in this pressure vapour snail fan blades, during the operating of permanent magnetism internal rotor high-speed motor forward, both vapor compression in lower flash chamber can be sucked lower flash chamber dry pipe and import in upper flash chamber headroom through lower flash chamber dry pipe by pressure vapour snail fan group；

6007). inhale in upper flash chamber below vapour snail fan group and set magnetron cool water shower endless tube, motor refrigerated sea water spraying ring pipe, gas boosting pump refrigerated sea water spraying ring pipe, steam condensation seawater spraying endless tube group, liquid level stabilizing sea water cistern, water stream channel in the water pump cooler bin power-assist hydraulic turbine, water pump cooler bin, steam condensation seawater to make heat exchange case feed pipe, steam condensation seawater to make heat exchange case, steam condensation seawater spraying endless tube group water main, each steam condensation seawater spraying endless tube water supply arm, each steam condensation seawater spraying endless tube is sequentially connected with into sea water water supply first passage, during controlling the water circulation, this passage is that pump evacuation potential deprives formula water-electricity cogeneration device provisioning through all pump motors operating heat and steam condensation by pressure reduction, the sea water of fresh water cooled heat heating, certain steam set in each steam condensation seawater spraying endless tube condenses seawater spraying endless tube as emergency shower endless tube, and it is set as that it carries the steam of sea water condensation seawater spraying endless tube water supply arm to be emergency shower endless tube water supply arm, emergency shower endless tube water supply arm sets emergency shower endless tube water supply arm electromagnetic valve, all the other each steam condensation seawater spraying endless tube water supply arm is all provided with steam condensation seawater spraying endless tube water supply arm valve, steam condensation seawater spraying endless tube group water main sets steam condensation seawater spraying endless tube group water main's effusion meter；

6008). liquid level stabilizing sea water cistern, equipment refrigerated sea water water main, the cooling water threeway of component cooling water magnetron, gas boosting pump cooling water power motivation cooling water shares pipe, the cooling water power motivation cooling water threeway of gas boosting pump, gas boosting pump group refrigerated sea water water main, each gas boosting pump refrigerated sea water water supply arm, each gas boosting pump water cooling chamber, each gas boosting pump refrigerated sea water exit branch, gas boosting pump group refrigerated sea water outfall sewer, gas boosting pump refrigerated sea water spraying ring pipe is sequentially connected with, gas boosting pump group refrigerated sea water water main sets gas boosting pump group refrigerated sea water water main's valve, equipment refrigerated sea water water main's effusion meter on equipment refrigerated sea water water main；

6009). upper flash chamber lateral wall is uniformly arranged multiple water-cooled magnetron and corresponding air-tightness microwave feed-in mouth, each water-cooled magnetron and microwave feed-in mouth are as far as possible in same level, the cooling water threeway of component cooling water magnetron, magnetron cooling water main, magnetron cooling moisture flow tube, each magnetron cooling water inlet pipe, cooling room in each magnetron, each magnetron cooling water outlet pipe, magnetron cooling water outlet manifold trunk, magnetron cooling Waterborne running spray feed pipe, magnetron cool water shower endless tube sequentially connects connection, magnetron cooling water main sets magnetron cooling water main's valve；

6010). the cooling water power motivation cooling water threeway of gas boosting pump, motor refrigerated sea water feed pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe, motor refrigerated sea water spraying ring pipe sequentially connect, and motor refrigerated sea water feed pipe sets motor refrigerated sea water feed pipe valve；

6011). the pressure vapour snail fan group lower horizontal in lower flash chamber arranges flash chamber concentrated seawater spraying ring pipe group again, and upper flash chamber concentrated seawater spraying ring pipe group again connects upper flash chamber inner space through being located at the connection of the upper flash chamber concentrated seawater drainage tube in lower flash chamber；

6012). inhale vapour pressure vapour snail fan group axis bottom and fix the axis connecting concentrated seawater spray thrower repeatedly, concentrated seawater spray thrower repeatedly by one be axle center with axis horizontal annular concentrated seawater shower repeatedly, the concentrated seawater discrete pipe of multiple radially uniform distributions, one vertical and top closure hollow axis and concentrated seawater suction inlet form, pipeline in concentrated seawater spray thrower axis repeatedly is take out pipe on concentrated seawater, concentrated seawater is taken out pipe bottom and sets the concentrated seawater suction inlet that caliber increases, concentrated seawater suction inlet lower edge and the suitable spacing of diapire under lower flash chamber, arranging in concentrated seawater suction inlet is fixed on concentrated seawater suction inlet inner tubal wall and equally distributed several pump blades, on concentrated seawater suction inlet outer tube wall, the angle such as level is fixedly installed and prevents the concentrated seawater stirring blade that bottom lower flash chamber, concentrated seawater liquid level surface freezes, concentrated seawater above concentrated seawater suction inlet is taken out in pipe, from lower and upper coherent setting, one is taken out blade, concentrated seawater is taken out pipe connection suitable for reading connect and be fixedly installed on the concentrated seawater of concentrated seawater spray thrower axis epimere repeatedly and divide water cavity, concentrated seawater divides water cavity to connect concentrated seawater shower repeatedly through the connection of each concentrated seawater discrete pipe, concentrated seawater divides water cavity and concentrated seawater shower repeatedly in isoplanar, during the operating of permanent magnetism internal rotor high-speed motor forward, the concentrated seawater of lower flash chamber lower submerged concentrated seawater suction inlet can be sucked to take out on concentrated seawater by concentrated seawater suction inlet takes out pipe on Guan Bingjing concentrated seawater, concentrated seawater divides water cavity and each concentrated seawater discrete pipe to import concentrated seawater shower repeatedly, concentrated seawater shower repeatedly is uniformly distributed spray apertures, under lower flash chamber, the sealed circle of diapire and fixing bolt clip are combined on lower flash chamber sidewall and engage mouth and seal through cold-resistant strong sealing glue, upper flash chamber sidewall end count seal and fixing bolt clip are combined on lower flash chamber on diapire and engage mouth and seal through heat-resisting strong sealing glue；

6013). the bottom margin place in lower flash chamber inner space sets virtue of buoyancy and lever principle realizes the liquid level induction system of contactor, liquid level induction system is by airtight hollow float, floating ball lever, fulcrum shaft, pull bar, rubbery elasticity diaphragm seal, elastic switch collectively constitutes, the airtight hollow float quality of diameter about 10cm is slightly less than the quality of consubstantiality hydrops, fulcrum on floating ball lever turns hole positioning sleeve and is contained on the fulcrum shaft that level is fixedly installed, floating ball lever is separated into long and short two section by fulcrum shaft, airtight hollow float is fixed on the remote support end of long section floating ball lever, pull bar upper end is movably connected in the remote support end of short section of floating ball lever, pull bar lower end is flexibly connected the elastic switch sealed through rubbery elasticity diaphragm seal, elastic switch is fixedly installed in the lower flash chamber diapire that short section of floating ball lever remote branch of a clan point rectifies lower section, cover the rubbery elasticity diaphragm seal note of elastic switch and be attached in lower flash chamber on diapire and its edge and diapire in lower flash chamber is fixed closely sealed, rubbery elasticity diaphragm seal makes elastic switch and the isolation of lower flash chamber inner space, elastic switch realizes contactor according to lever principle, when spring below elastic switch inner metal sheets is not opened by tension, lever principle makes lifting without spring terminal of sheet metal, elastic switch is closed, instantly in flash chamber water level decreasing to a certain extent time, spring tension below elastic switch inner metal sheets is opened by airtight hollow float by deadweight and lever, lever principle makes falling without spring terminal of sheet metal, elastic switch makes circuit communication, elastic switch controls emergency shower endless tube water supply arm electromagnetic valve and prompting electric bell through transmission line of electricity；

6014). lower flash chamber, lower flash chamber concentrated seawater is derived fresh water sluicing and is shared pipe, each concentrated seawater suction branch, each concentrated seawater immersible pump, each concentrated seawater immersible pump outlet pipe, concentrated seawater outfall sewer, concentrated seawater derives fresh water sluicing threeway, concentrated seawater power-assist hydroturbine water intake pipe, the concentrated seawater power-assist hydraulic turbine, concentrated seawater power-assist hydraulic turbine outlet pipe, concentrated seawater cistern is sequentially connected with, each concentrated seawater suction branch sets concentrated seawater suction branch valve, concentrated seawater power-assist hydroturbine water intake Guan Shangshe concentrated seawater power-assist hydroturbine water intake tube valve, lower flash chamber concentrated seawater derivation fresh water sluices to share and sets the flash chamber concentrated seawater derivation shared flowmeter for pipe of fresh water sluicing on pipe；

6015). air cylinder is fastened on the outer roof of flash chamber, the upper flash chamber inner space of air cylinder inner space connection that end opening is open, supercharging gas collecting tank and air cylinder are coaxially disposed up and down, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, each gas boosting pumping steam pipe, gas boosting pump group, each gas boosting pump gland steam exhauster, high pressure heats tank, steam turbine steam inlet pipe, steam turbine, steam turbine discharge pipe, steam diversion interlayer and related valve are sequentially connected with, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drain epimere pipe, steam drain stage casing is managed, steam drain hypomere pipe, steam diversion interlayer and related valve are sequentially connected with, each gas boosting pumping steam pipe sets gas boosting pumping steam pipe valve, steam turbine steam inlet pipe sets steam turbine steam inlet pipe valve, steam turbine discharge Guan Shangshe steam turbine discharge tube valve；

6016). upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drainage tube epimere pipe, steam drain high pressure heats tank water filling sluicing threeway, steam drainage tube stage casing is managed, steam drain steam turbine discharge threeway, steam drainage tube hypomere pipe, steam diversion interlayer, each steam condensing cooling pipe, fresh water collects interlayer, fresh water suction house steward, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water hydroturbine water intake pipe, the fresh water hydraulic turbine, fresh water hydraulic turbine outlet pipe, fresh water retention reservoir is sequentially connected with, Guan Shangshe steam drainage tube stage casing, steam drainage tube stage casing pipe flow control valve, derive and fresh water suction house steward sets derivation fresh water suction house steward's valve, each fresh water suction branch sets fresh water suction branch valve, fresh water hydroturbine water intake Guan Shangshe fresh water hydroturbine water intake tube valve；

6017). on-condensible gas discharge pipe air inlet is opened on steam diversion interlayer inner roof wall, and on-condensible gas discharge pipe gas outlet is opened on fresh water power-assist spiral case inwall, and on-condensible gas discharge pipe outlet side sets on-condensible gas discharge pipe and gives vent to anger valve；

6018). fresh water retention reservoir, inject fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water water injection pipe, fresh water collects interlayer, each steam condensing cooling pipe, steam diversion interlayer, steam drainage tube hypomere pipe, steam drain steam turbine discharge threeway, steam drainage tube stage casing is managed, steam drain high pressure heats tank water filling sluicing threeway and is sequentially connected with, inject and fresh water suction tube sets injection fresh water suction tube valve, fresh water water injection pipe sets fresh water water injection pipe valve；

6019). the lower diapire of upper flash chamber sets water filling sluicing electromagnetic valve, upper flash chamber is through the lower flash chamber of water filling sluicing electromagnetic valve connection, steam drain high pressure heat tank water filling sluicing threeway, steam drainage tube epimere pipe, supercharging gas collecting tank, air cylinder, upper flash chamber inner space, water filling sluicing electromagnetic valve, lower flash chamber inner space, lower flash chamber concentrated seawater derive fresh water sluice share pipe be sequentially connected with, supercharging gas collecting tank roof highest point sets supercharging gas collecting tank water filling exhaust solenoid valve；

6020). steam drain high pressure heats tank water filling sluicing threeway, high pressure heats tank water filling tapping pipe, high pressure heats tank and is sequentially connected with, high pressure heats the tank water filling tapping pipe high pressure that is opened on suitable for reading and heats in tank on diapire, high pressure heats and sets high pressure on tank water filling tapping pipe and heat tank water filling tapping pipe valve, high pressure heats tank deck wall highest point and sets high pressure and heat tank water filling exhaust solenoid valve, the air inlet of steam turbine air inlet pipe is opened on high pressure and heats tank deck wall highest point, steam turbine air inlet pipe sets steam turbine air inlet pipe valve, steam turbine exhaustor is connected to the joint of steam drainage tube stage casing pipe and steam drainage tube hypomere pipe through steam drain steam turbine discharge threeway, steam turbine exhaustor sets steam turbine exhaust valve；

6021). supercharging gas collecting tank, air cylinder, upper flash chamber, water filling sluicing electromagnetic valve, lower flash chamber, the lower flash chamber concentrated seawater derivation shared pipe of fresh water sluicing, each concentrated seawater suction branch, each concentrated seawater immersible pump, each concentrated seawater immersible pump outlet pipe, concentrated seawater outfall sewer, concentrated seawater derivation fresh water sluicing threeway, fresh water tapping pipe, the fresh water power-assist hydraulic turbine, fresh water retention reservoir are sequentially connected with, and fresh water tapping pipe sets fresh water tapping pipe valve；

6022). high pressure heats tank, high pressure heats tank water filling tapping pipe, steam drain high pressure heats tank water filling sluicing threeway, steam drain stage casing is managed, steam drain steam turbine discharge threeway, steam drain hypomere pipe, steam diversion interlayer, each steam condensing cooling pipe, fresh water collects interlayer, derive fresh water suction house steward, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water power-assist hydroturbine water intake pipe, the fresh water power-assist hydraulic turbine, fresh water power-assist hydraulic turbine outlet pipe, fresh water retention reservoir is sequentially connected with；

6023). air cylinder roof axle center place sets a penetrating high position and seals bearing fixing port, the high-order closely sealed high position that is fixedly installed on of outer raceway sealing bearing seals in bearing fixing port, the open end opening axle center place of air cylinder sets low-level seal bearing, the outer raceway of low-level seal bearing fixes the junction surface connecting air cylinder sidewall with upper flash chamber roof through fixed support, high pressure snail fan group is set in air cylinder, the interior equal fixed cover of raceway circle of the high-order interior raceway circle sealing bearing and low-level seal bearing is combined on high pressure snail fan group axis, high pressure snail fan group axis top slightly probes in supercharging gas collecting tank, high pressure snail fan group is consistent with snail fan group structure of calming the anger, high pressure snail fan group axis is consistent with inhaling vapour pressure vapour snail fan group middle shaft structure, hollow pipeline in high pressure snail fan group axis is vapor compression tube, vapor compression tube top sets check-valves, high pressure snail fan group axis bottom probes in flash chamber headroom, inhale vapour pressure vapour snail fan group axis and connect high pressure snail fan group axis through drive and transmission band, supercharging gas collecting tank sets Pressure gauge, high pressure heats and sets Pressure gauge and thermometer on tank, high pressure heats on the ferromagnetic metal lateral wall of tank and sets spiral solenoid on lateral wall, steam turbine drives main generator generating through change-speed gearing or directly exports power；

6024). accumulation of energy rotating shaft includes a horizontal spindle, two accumulation of energy runners, one concentrated seawater power-assist hydraulic turbine, one fresh water power-assist hydraulic turbine, one power-assist drive, the roll-type location bearing that three specifications are consistent, three loading ability of bearing framves, one travelling gear, one speed increasing gear group, travelling gear, power-assist drive, first roll-type location bearing, first accumulation of energy runner, the fresh water power-assist hydraulic turbine, second roll-type location bearing, the concentrated seawater power-assist hydraulic turbine, second accumulation of energy runner, 3rd roll-type location bearing is sequentially fixedly set on horizontal spindle, the outer raceway circle of three roll-type location bearings is respectively and fixedly installed on three loading ability of bearing framves, the accumulation of energy runner that two specifications are consistent is train wheel shape runner, accumulation of energy runner wheel periphery edge has inside to be cast into the thickening wheel week of metallic lead, the concentrated seawater power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine, the water pump cooler bin power-assist hydraulic turbine is the tangential impact formula hydraulic turbine of spiral case, the stator of the concentrated seawater power-assist hydraulic turbine and the fresh water power-assist hydraulic turbine is fixed on stator bracing frame, the mover impeller of the concentrated seawater power-assist hydraulic turbine and the fresh water power-assist hydraulic turbine is fixedly set on the horizontal spindle of accumulation of energy rotating shaft, accumulation of energy rotating shaft exposes in atmosphere, the concentrated seawater power-assist hydraulic turbine is arranged on concentrated seawater cistern ullage, the fresh water power-assist hydraulic turbine is arranged on fresh water retention reservoir ullage, the water pump cooler bin power-assist hydraulic turbine is arranged in liquid level stabilizing sea water cistern maritime interior waters, fixed cover holding water pump cooler bin power-assist hydraulic turbine drive on water pump cooler bin power-assist hydraulic turbine arbor, water pump cooler bin power-assist hydraulic turbine drive is through the transmission power-assist drive with connecting above the water pump cooler bin power-assist hydraulic turbine, each power-assist hydraulic turbine drives accumulation of energy rotating shaft to rotate jointly, accumulation of energy rotating shaft operates through speed increasing gear group drive electrical generators, electromotor via line connects electric panel room, electric panel room by electric current after frequency modulation boosting etc. processes, for magnetron, spiral solenoid and other electrical equipments are powered；

6025). need the parts taking Insulation to include: upper flash chamber, air cylinder, supercharging gas collecting tank, high pressure heats tank, steam drainage tube epimere pipe, steam drainage tube stage casing is managed, steam drainage tube hypomere pipe, high pressure heats tank water filling tapping pipe, steam turbine air inlet pipe, steam turbine, steam turbine exhaustor, each gas boosting pumping steam pipe, each gas boosting pump gland steam exhauster, each gas boosting pump water cooling chamber, each gas boosting pump refrigerated sea water exit branch, gas boosting pump group refrigerated sea water outfall sewer, steam condensation seawater to make heat exchange case, steam condensation seawater spraying endless tube group water main, each steam condensation seawater spraying endless tube water supply arm, cooling room in each magnetron, each magnetron cooling water outlet pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe.

The invention has the beneficial effects as follows:

1. desalinization aspect---sea water self potential discharged when being cooled to 0 DEG C with normal temperature seawater is for main controlling the water circulation energy, water pump suction force is utilized to force steam to condense and force sea water to continue to evaporate, heat by all pump motors operating heat and steam condensation heat and wait to steam sea water, wait that steaming sea water is converted into thermal distillation voluntarily by normal-temperature distilled with the useless remaining water flow dynamic energy generating post-heating in controlling the water circulation process, realize speed of drawing water has how soon fresh water output is with regard to high efficiency controlling the water circulation how soon, water-electricity cogeneration in controlling the water circulation process, negative energy consumption obtains fresh water；

2. power output facet----a kind of oil-free high-speed driving method is provided, make speed of the ship in metres per second and flying power strengthen, overcome existing boats and ships driving method and device need to carry and consume great amount of fuel oil and the problem such as speed is slower；

3. new energy development utilizes aspect-----to overcome energy shortage and the problem such as scarcity of resources, environmental pollution.

The present invention can be not only used for island, village, offshore work platform, the small-sized desalinization on island and supply of electric power, can also be used for big, in, the desalinization of midget plant and supply of electric power or power export, can be additionally used in the large-scale brackish water desalination of large-scale desalinization and hinterland the double electric power that obtain such as the urban water supply of coastal area, sewage disposal for the big crystallizable nonvolatile solution state of small-scale various solutes, present invention is especially suited for utilizing the common naval vessel of waste heat, aircraft carrier, the water-electricity cogeneration of large-scale passenger steamer and boats and ships drive, the present invention can be additionally used in the primary steam source of Aircraft carrier steam ejector.

Accompanying drawing explanation

Fig. 1 is that Tuo Shi vacuum potential deprives the seawater desalination system of formula water-electricity cogeneration device and secondary electric power output system structure schematic diagram:

Sea water cistern 1, fresh water is the cooler bin power-assist hydraulic turbine 2 again, fresh water is cooler bin 3 again, water pump cooler bin feed pipe 4, water pump cooler bin feed pipe valve 5, water pump cooler bin 6, sea water immersible pump 7, sea water water supply arm 8, sea water water supply arm valve 9, transfer cooler bin power-assist hydraulic turbine feed pipe 10, the transfer cooler bin power-assist hydraulic turbine 11, transfer cooler bin 12, transfer cooler bin exhaust solenoid valve 13, wait to steam sea water water main 14, wait to steam sea water water main's effusion meter 15, seawater to make heat exchange case feed pipe 16, seawater to make heat exchange case 17, heat-exchanging sea-water spraying ring pipe feed pipe 18, heat-exchanging sea-water spraying ring pipe feed pipe electromagnetic valve 19, each heat-exchanging sea-water spraying ring pipe 20, refrigerated sea water water main 21, comprise flash chamber 22 and the flash tank of lower flash chamber 23, magnetron cooling water main 24, magnetron cooling water main's valve 25, magnetron cooling moisture flow tube 26, magnetron cooling water inlet pipe 27, water-cooled magnetron 28, magnetron cooling water outlet pipe 29, magnetron cooling water outlet manifold trunk 30, magnetron cooling Waterborne running spray feed pipe 31, magnetron cool water shower endless tube 32, motor refrigerated sea water feed pipe 33, motor refrigerated sea water feed pipe valve 34, water-cooled permanent magnetism internal rotor high-speed electric expreess locomotive 35, motor refrigerated sea water outlet pipe 36, motor refrigerated sea water spraying ring pipe 37, air-breathing snail fan group 38, calm the anger snail fan group 39, lower flash chamber dry pipe 40, concentrated seawater is spray thrower 41 repeatedly, upper flash chamber concentrated seawater drainage tube 42, upper flash chamber concentrated seawater spraying ring pipe group 43 again, lower flash chamber concentrated seawater drainage tube 44, lower flash chamber concentrated seawater drainage tube effusion meter 45, fresh water tapping pipe 46, fresh water tapping pipe valve 47, concentrated seawater delivery line 48, concentrated seawater delivery line flow control valve 49, the concentrated seawater power-assist hydraulic turbine 50, liquid level stabilizing concentrated seawater pond 51, steam diversion interlayer 52, steam diversion interlayer exhaust solenoid valve 53, steam condenser pipe (group) 54, soda pop is confluxed interlayer 55, soda pop drainage tube 56, soda pop shunting interlayer 57, condensing cooling pipe (group) 58, fresh water assembles interlayer 59, fresh water drainage tube 60, fresh water cooled coil pipe 61, derive fresh water suction tube 62, derive fresh water suction tube valve 63, derive fresh water water filling fresh water and share suction tube 64, fresh water suction branch 65, fresh water suction branch valve 66, fresh water immersible pump 67, fresh water derives arm 68, derive fresh water water filling fresh water and share pipe 69, derive fresh water sluicing fresh water and share pipe 70, derive fresh water sluicing fresh water and share tube valve 71, the fresh water power-assist hydraulic turbine 72, fresh water retention reservoir 73, inject fresh water suction tube 74, inject fresh water suction tube valve 75, jet fresh water extraction tube 76, fresh water jet high pressure diving pump 77, ejector is for fresh water pipe 78, ejector 79, ejector suction nozzle 80, ejector suction nozzle check valve 81, gas-liquid mixed flow conduit 82, accumulation of energy rotating shaft 83, electromotor 84, heat exchange box water supply cooling water threeway 85, magnetron cooling water power motivation cooling water threeway 86, derive the suction threeway 87 of fresh water jet fresh water, derive the suction threeway 88 of fresh water water filling fresh water, derive fresh water sluicing fresh water threeway 89, concentrated seawater derives fresh water sluicing threeway 90, water filling sluicing electromagnetic valve 91, seawater to make heat exchange case exhaust solenoid valve 92, main electric power or power output system 93, steam drainage tube 117, steam turbine exhaustor 115；

Fig. 2 is main electric power or the power output system structural representation that Tuo Shi vacuum potential deprives formula water-electricity cogeneration device:

Upper flash chamber 22, lower flash chamber 23, water-cooled permanent magnetism internal rotor high-speed electric expreess locomotive 35, air-breathing snail fan group 38, calm the anger snail fan group 39, lower flash chamber dry pipe 40, concentrated seawater is spray thrower 41 repeatedly, steam diversion interlayer 52, steam condenser pipe 54, soda pop is confluxed interlayer 55, ejector 79, air cylinder 94, high pressure snail fan group 95, high pressure snail fan group axis 96, high-order sealing bearing 97, low-level seal bearing 98, vapor compression tube 99, inhale vapour pressure vapour snail fan group axis 100, supercharging gas collecting tank 101, gas boosting pumping trachea 102, gas boosting pump (group) 103, gas boosting pump exhaustor 104, gas boosting pump exhaust valve 105, high pressure heats tank 106, high pressure heats tank water filling exhaust solenoid valve 107, gas boosting pump group bypass tube 108, gas boosting pump group bypass tube valve 109, spiral solenoid 110, steam turbine air inlet pipe 111, steam turbine air inlet pipe valve 112, steam turbine 113, change-speed gearing 114, steam turbine exhaustor 115, steam turbine exhaust valve 116, steam drainage tube 117, steam drainage tube flow control valve 118, concentrated seawater is taken out pipe 119, concentrated seawater suction inlet 120, concentrated seawater divides water cavity 121, concentrated seawater discrete pipe 122, concentrated seawater is shower 123 repeatedly；

Fig. 3 is that pump evacuation potential deprives formula water-electricity cogeneration apparatus structure schematic diagram:

Liquid level stabilizing sea water cistern 1 ', the water pump cooler bin power-assist hydraulic turbine 2 ', water pump cooler bin 3 ', steam condensation seawater to make heat exchange case feed pipe 4 ', steam condensation seawater to make heat exchange case 5 ', steam condensation seawater to make heat exchange case water filling sinking air bleeding valve 6 ', steam condensation seawater spraying endless tube group water main 7 ', steam condensation seawater spraying endless tube group water main's effusion meter 8 ', steam condensation seawater spraying endless tube water supply arm 9 ', steam condensation seawater spraying endless tube water supply arm valve 10 ', steam condensation seawater spraying endless tube (group) 11 ', emergency shower endless tube water supply arm 12 ', emergency shower endless tube water supply arm electromagnetic valve 13 ', emergency shower endless tube 14 ', equipment refrigerated sea water water main 15 ', equipment refrigerated sea water water main's effusion meter 16 ', the cooling water threeway 17 ' of component cooling water magnetron, gas boosting pump cooling water power motivation cooling water shares pipe 18 ', the cooling water power motivation cooling water threeway 19 ' of gas boosting pump, gas boosting pump group refrigerated sea water water main 20 ', gas boosting pump group refrigerated sea water water main's valve 21 ', gas boosting pump refrigerated sea water water supply arm 22 ', gas boosting pump (group) 23 ', gas boosting pump refrigerated sea water exit branch 24 ', gas boosting pump group refrigerated sea water outfall sewer 25 ', gas boosting pump refrigerated sea water spraying ring pipe 26 ', motor refrigerated sea water feed pipe 27 ', motor refrigerated sea water feed pipe valve 28 ', motor refrigerated sea water outlet pipe 29 ', motor refrigerated sea water spraying ring pipe 30 ', magnetron cooling water main 31 ', magnetron cooling water main's valve 32 ', magnetron cooling moisture flow tube 33 ', magnetron cooling water inlet pipe 34 ', water-cooled magnetron 35 ', magnetron cooling water outlet pipe 36 ', magnetron cooling water outlet manifold trunk 37 ', magnetron cooling Waterborne running spray feed pipe 38 ', magnetron cool water shower endless tube 39 ', upper flash chamber 40 ', water-cooled permanent magnetism internal rotor high-speed motor 41 ', air-breathing snail fan group 42 ', inhale vapour pressure vapour snail fan group axis 43 ', lower flash chamber 44 ', calm the anger snail fan group 45 ', lower flash chamber dry pipe 46 ', upper flash chamber concentrated seawater drainage tube 47 ', upper flash chamber concentrated seawater spraying ring pipe again (group) 48 ', concentrated seawater is spray thrower 49 ' repeatedly, concentrated seawater is shower 50 ' repeatedly, concentrated seawater discrete pipe 51 ', concentrated seawater divides water cavity 52 ', concentrated seawater is taken out pipe 53 ', concentrated seawater suction inlet 54 ', liquid level induction system 55 ', lower flash chamber concentrated seawater is derived fresh water sluicing and is shared pipe 56 ', lower flash chamber concentrated seawater is derived fresh water sluicing and is shared flowmeter for pipe 57 ', concentrated seawater suction branch 58 ', concentrated seawater suction branch valve 59 ', concentrated seawater immersible pump 60 ', concentrated seawater immersible pump outlet pipe 61 ', concentrated seawater outfall sewer 62 ', concentrated seawater derives fresh water sluicing threeway 63 ', fresh water tapping pipe 64 ', fresh water tapping pipe valve 65 ', concentrated seawater power-assist hydroturbine water intake pipe 66 ', concentrated seawater power-assist hydroturbine water intake tube valve 67 ', the concentrated seawater power-assist hydraulic turbine 68 ', concentrated seawater power-assist hydraulic turbine outlet pipe 69 ', concentrated seawater cistern 70 ', air cylinder 71 ', high pressure snail fan group 72 ', vapor compression tube 73 ', supercharging gas collecting tank 74 ', supercharging gas collecting tank water filling exhaust solenoid valve 75 ', gas boosting pumping steam pipe 76 ', gas boosting pumping steam pipe valve 77 ', gas boosting pump gland steam exhauster 78 ', high pressure heats tank 79 ', spiral solenoid 80 ', high pressure heats tank water filling exhaust solenoid valve 81 ', steam turbine steam inlet pipe 82 ', steam turbine steam inlet pipe valve 83 ', steam turbine 84 ', steam turbine discharge pipe 85 ', steam turbine discharge tube valve 86 ', accumulation of energy rotating shaft 87 ', electromotor 88 ', steam drainage tube epimere pipe 89 ', high pressure heats tank water filling tapping pipe 90 ', high pressure heats tank water filling tapping pipe valve 91 ', steam drain high pressure heats tank water filling sluicing threeway 92 ', steam drainage tube stage casing pipe 93 ', steam drainage tube stage casing pipe flow control valve 94 ', steam drain steam turbine discharge threeway 95 ', steam drainage tube hypomere pipe 96 ', steam diversion interlayer 97 ', steam condensing cooling pipe (group) 98 ', fresh water collects interlayer 99 ', derive fresh water suction house steward 100 ', derive fresh water suction house steward's valve 101 ', derive the suction threeway 102 ' of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube 103 ', fresh water suction branch 104 ', fresh water suction branch valve 105 ', fresh water immersible pump 106 ', fresh water derives arm 107 ', derive fresh water water filling fresh water and share delivery line 108 ', fresh water power-assist hydroturbine water intake pipe 109 ', fresh water power-assist hydroturbine water intake tube valve 110 ', the fresh water power-assist hydraulic turbine 111 ', fresh water power-assist hydraulic turbine outlet pipe 112 ', fresh water retention reservoir 113 ', on-condensible gas discharge pipe 114 ', on-condensible gas discharge pipe air intake valve 115 ', inject fresh water suction tube 116 ', inject fresh water suction tube valve 117 ', fresh water water injection pipe 118 ', fresh water water injection pipe valve 119 ', water filling sluicing electromagnetic valve 120 '.

Detailed description of the invention

Below in conjunction with drawings and Examples, the present invention will be further described:

A). Fig. 1 is that Tuo Shi vacuum potential deprives formula water-electricity cogeneration apparatus structure schematic diagram, and Fig. 2 is main electric power or the power output system structural representation that Tuo Shi vacuum potential deprives formula water-electricity cogeneration device,

(1). Tuo Shi vacuum potential is deprived formula water-electricity cogeneration device and is included: a sea water cistern 1, one fresh water cooler bin 3 again, one water pump cooler bin 6, multiple stage or a Taiwan Straits water immersible pump 7, one transfer cooler bin 12, one seawater to make heat exchange case 17, one flash tank comprising flash chamber 22 and lower flash chamber 23, one air cylinder 94, one supercharging gas collecting tank 101, gas boosting pump group 103, one high pressure heats tank 106, one steam turbine 113, one water-cooled permanent magnetism internal rotor high-speed electric expreess locomotive 35, one air-breathing snail fan group 38, one snail fan group 39 of calming the anger, one high pressure snail fan group 95, several heat-exchanging sea-water spraying ring pipes 20, one magnetron cool water shower endless tube 32, one motor refrigerated sea water spraying ring pipe 37, one upper flash chamber concentrated seawater spraying ring pipe group 43 again, one concentrated seawater spray thrower 41 repeatedly, one liquid level stabilizing concentrated seawater pond 51, one steam diversion interlayer 52, one steam condenser pipe group 54, one soda pop is confluxed interlayer 55, one soda pop shunting interlayer 57, one condensing cooling pipe group 58, one fresh water assembles interlayer 59, one fresh water cooled coil pipe 61, multiple stage or a fresh water immersible pump 67, one fresh water retention reservoir 73, one fresh water jet high pressure diving pump 77, one ejector 79, four power-assist hydraulic turbines, one accumulation of energy rotating shaft 83, an electromotor 84, one electric panel room, two effusion meters, multiple associated conduit, valve, threeway, drive and transmission band；

(2). fresh water retention reservoir 73 and liquid level stabilizing concentrated seawater pond 51 are disposed adjacent on ground level, airtight for the hollow of axis vertical cylindric flash tank is separated into upper flash chamber 22 and lower flash chamber 23 by horizontal splitter plate, hollow circular ring column seawater to make heat exchange case 17 coaxial package is on upper flash chamber 22 outer wall, ring-side wall and upper flash chamber 22 outer wall wall altogether in seawater to make heat exchange case 17, lower flash chamber 23 bottom surface exceeds concentrated seawater liquid level 10 meters in liquid level stabilizing concentrated seawater pond 51, seawater to make heat exchange case 17 top horizontal is separated out steam diversion interlayer 52, seawater to make heat exchange case 17 bottom level is separated out a soda pop and confluxes interlayer 55, soda pop confluxes interlayer 55 bottom surface slightly above upper flash chamber 22 bottom surface, multiple vertical shapes form steam condenser pipe group as the steam condenser pipe 54 pulling open state strong spiral spring-like is evenly distributed in seawater to make heat exchange case as far as possible, each steam condenser pipe 54 is suitable for reading is all opened on 52 times diapires of steam diversion interlayer and end opening is all opened on soda pop and confluxes diapire on interlayer 55, top, seawater to make heat exchange case 17 lateral wall sets seawater to make heat exchange case exhaust solenoid valve 92, seawater to make heat exchange case 17 outer shroud sidewall is provided with sealing ring, the maintenance door of bolt and sealant sealing, juncture between upper and lower opening and seawater to make heat exchange case about 17 diapire of each steam condenser pipe 54 is movable dismounting combination, reserved bolt interface on seawater to make heat exchange case about 17 diapire, each bolt interface is with bolted joints steam condenser pipe section and with nontoxic temperature resistant encapsulation glue sealing bolt interface；

(3). upper flash chamber 22 inner space is horizontally disposed with the suction vapour snail fan group 38 coaxial with flash tank, inhale vapour snail fan group 38 close to upper flash chamber 22 roof and with upper flash chamber roof appropriate intervals, inhale vapour snail fan group 38 each and inhale that vapour snail fan specification is consistent and radius is slightly lower than flash tank internal diameter, each vapour snail fan of inhaling equidistantly is fixedly set on the hollow tubular type suction vapour pressure vapour snail fan group axis 100 of closed at both ends, inhale vapour pressure vapour snail fan group axis 100 top and be positioned upper flash chamber inner roof wall axle center place through upper location bearing, suction vapour pressure vapour snail fan group axis 100 bottom is positioned lower flash chamber 23 inner roof wall axle center place through horizontal splitter plate between upper flash chamber 22 and lower flash chamber 23 and through location, bottom bearing, inhaling vapour snail fan is the multiple-blade snail fan having axis cuff and circumference ring plate and supreme lower diapire, inhale vapour snail to fan each blade and radially wait the radially uniform distribution of angle and to same circumference slightly spiral；

(4). the pipeline inhaled in vapour pressure vapour snail fan group axis 100 is lower flash chamber dry pipe 40, on lower flash chamber dry pipe 40 suction vapour pressure vapour snail fan group axis 100 sidewall being opened on upper location bearing slightly lower section suitable for reading, top inhale vapour snail fan and lower flash chamber dry pipe 40 suitable for reading between suction vapour pressure vapour snail fan group axis 100 on level is fixing is set with passive drive, disalignment be fixedly installed the water-cooled permanent magnetism internal rotor high-speed motor 35 that axis is vertical with suitable spacing place, axle center on the upper outer roof of flash chamber 22, logical magnetic seal cover is set between stator and the permanent magnetism internal rotor of this motor, logical magnetic seal covers on the armature spindle of permanent magnetism internal rotor and leans out flash chamber 22 roof and the upper flash chamber inner space of logical magnetic seal cover inner space connection in the closely sealed fixing connection in place, the armature spindle of this motor probes into flash chamber inner space and on armature spindle within flash chamber 22, level is fixed and is set with through the transmission initiative driver with connecting passive drive on probeing into, initiative driver radius is more than passive drive radius, during the operating of permanent magnetism internal rotor high-speed motor 35 forward, inhale vapour snail fan group 38 can both vapor compression in upper flash chamber be sucked in upper flash chamber 22 headroom；

(5). the fixing suit pressure vapour snail fan group 39 of the level on the suction vapour pressure vapour snail fan group axis 100 in lower flash chamber 23 headroom that probes into, each pressure vapour snail fan of pressure vapour snail fan group 39 is isometrical and its radius is slightly lower than flash tank internal diameter, two inner circle radius with inhale that vapour pressure vapour snail fan group axis 100 radius is consistent and the exradius unequal annular multiple radial blade of base plate fixed clamp and a bottom bracket axle garter spring form a pressure vapour snail and fan, each blade of pressure vapour snail fan radially waits the radially uniform distribution of angle and to same circumferential spiral between large radius upper plate and minor radius lower shoe from bottom bracket axle garter spring external peripheral surface, the apex of the pointed angle of Cornu Bovis seu Bubali formed between often adjacent two pressure vapour snail fan leafs of each pressure vapour snail fan is equipped with and runs through bottom bracket axle garter spring and inhale lower flash chamber dry pipe 40 air intake of vapour pressure vapour snail fan group axis 100 annulus sidewall, the upper plate of pressure vapour snail fan, each blade and bottom bracket axle garter spring are the pressure vapour snail fan blades of a single-casting or milling part, the lower shoe of pressure vapour snail fan is through being bolted in this pressure vapour snail fan blades, during the operating of permanent magnetism internal rotor high-speed motor 35 forward, both vapor compression in lower flash chamber 23 can be sucked lower flash chamber dry pipe 40 and import in upper flash chamber headroom through lower flash chamber dry pipe by pressure vapour snail fan group 39；

(6). lower flash chamber 23 intrinsic pressure vapour snail fan group 39 lower horizontal arranges a upper flash chamber concentrated seawater spraying ring pipe group 43 again, the distribution in upper and lower multilayer parallel of spraying ring pipe group 43 again of upper flash chamber concentrated seawater, each layer concentrated seawater spraying ring pipe again is on the concentric spraying ring pipe being distributed of many circles and tube wall and is uniformly distributed spray apertures, upper flash chamber concentrated seawater spraying ring pipe group 43 again connects upper flash chamber 22 inner space through being located at the connection of the upper flash chamber concentrated seawater drainage tube 42 in lower flash chamber 23, upper flash chamber concentrated seawater drainage tube 42 caliber is slightly less than to be waited to steam sea water water main 14 caliber, upper flash chamber concentrated seawater drainage tube 42 water inlet is opened in flash chamber 22 on diapire；

(7). inhale vapour pressure vapour snail fan group axis 100 bottom and fix the axis connecting concentrated seawater spray thrower 41 repeatedly, concentrated seawater spray thrower 41 repeatedly by one be axle center with axis horizontal annular concentrated seawater shower 123 repeatedly, the concentrated seawater discrete pipe 122 of multiple radially uniform distributions, one vertical and top closure hollow axis and concentrated seawater suction inlet 120 form, pipeline in concentrated seawater spray thrower axis repeatedly is take out pipe 119 on concentrated seawater, concentrated seawater is taken out pipe 119 bottom and sets the concentrated seawater suction inlet 120 that caliber increases, concentrated seawater suction inlet lower edge and 23 times suitable spacing of diapire of lower flash chamber, arranging in concentrated seawater suction inlet 120 is fixed on concentrated seawater suction inlet inner tubal wall and equally distributed several pump blades, on concentrated seawater suction inlet 120 outer tube wall, the angle such as level is fixedly installed and prevents the concentrated seawater stirring blade that bottom lower flash chamber, concentrated seawater liquid level surface freezes, concentrated seawater above concentrated seawater suction inlet 120 is taken out in pipe 119, from lower and upper coherent setting, one is taken out blade, concentrated seawater is taken out pipe 119 connection suitable for reading connect and be fixedly installed on the concentrated seawater of concentrated seawater spray thrower 41 axis epimere repeatedly and divide water cavity 121, concentrated seawater divides water cavity 121 to connect concentrated seawater shower 123 repeatedly through the connection of each concentrated seawater discrete pipe 122, concentrated seawater divides water cavity 121 and concentrated seawater shower 123 repeatedly in isoplanar, during the operating of permanent magnetism internal rotor high-speed motor 35 forward, the concentrated seawater of lower flash chamber lower submerged concentrated seawater suction inlet 120 can be sucked to take out on concentrated seawater by concentrated seawater suction inlet 120 takes out pipe 119 on Guan Bingjing concentrated seawater, concentrated seawater divides water cavity 121 and each concentrated seawater discrete pipe 122 to import concentrated seawater shower 123 repeatedly, concentrated seawater shower 123 repeatedly is uniformly distributed spray apertures, 23 times sealed circles of diapire of lower flash chamber and fixing bolt clip are combined on lower flash chamber sidewall and engage mouth and seal through cold-resistant strong sealing glue, upper flash chamber 22 sidewall end count seal and fixing bolt clip are combined on lower flash chamber on diapire and engage mouth and seal through heat-resisting strong sealing glue；

(8). lower flash chamber concentrated seawater drainage tube 44 is suitable for reading to be opened in lower flash chamber 23 on diapire, the derivation fresh water sluicing threeway 90 of lower flash chamber concentrated seawater drainage tube 44, concentrated seawater, concentrated seawater delivery line 48, the concentrated seawater power-assist hydraulic turbine 50 spiral case, liquid level stabilizing concentrated seawater pond 51 are sequentially connected with, concentrated seawater delivery line 48 sets concentrated seawater delivery line flow control valve 49, lower flash chamber concentrated seawater drainage tube 44 is set flash chamber concentrated seawater drainage tube effusion meter；

(9). the vertical cylindric air cylinder 94 of axis is closely sealed to be fastened on the outer roof of flash chamber 22 and the prominent upper outer roof of flash chamber 22, upper flash chamber 22 inner space and air cylinder 94 inner space are interconnected and keep the air-tightness of flash chamber and air cylinder, and high pressure heats tank 106, supercharging gas collecting tank 101, air cylinder 94 from upper and under be coaxially disposed, air cylinder 94 roof and 101 times diapires of supercharging gas collecting tank are wall altogether, and supercharging gas collecting tank 101 roof and high pressure heat 106 times diapires of tank wall, upper flash chamber 22 headroom altogether, air cylinder 94, supercharging gas collecting tank 101, each gas boosting pumping trachea 102, gas boosting pump group 103, each gas boosting pump exhaustor 104, high pressure heats tank 106, steam turbine air inlet pipe 111, steam turbine 113, steam turbine exhaustor 115, steam diversion interlayer 52 is sequentially connected with the acting passage forming main electric power or power output system, each gas boosting pump exhaustor 104 of gas boosting pump group 103 sets gas boosting pump exhaust valve 105, steam turbine air inlet pipe 111 sets steam turbine air inlet pipe valve 112, steam turbine exhaustor 115 sets steam turbine exhaust valve 116, upper flash chamber 22 headroom, air cylinder 94, supercharging gas collecting tank 101, steam drainage tube 117, steam diversion interlayer 52 is sequentially connected with composition non-power generating state steam open conduit, steam diversion interlayer 52 is connected through steam drainage tube 117 connection bottom supercharging gas collecting tank 101, steam drainage tube 117 sets steam drainage tube flow control valve 118, upper flash chamber 22 headroom, air cylinder 94, supercharging gas collecting tank 101, gas boosting pump group bypass tube 108, high pressure heats tank 106 and sequentially connects to form the waterflood path of main electric power or power output system, gas boosting pump group bypass tube 108 high pressure that is opened on suitable for reading heats bottom tank 106 medial wall, end opening is opened on top, supercharging gas collecting tank 101 medial wall, setting gas boosting pump group bypass tube valve 109 on gas boosting pump group bypass tube 108, high pressure heats tank 106 top and sets high pressure and heat tank water filling exhaust solenoid valve 107；

(10). air cylinder 94 roof axle center place sets a penetrating high position and seals bearing fixing port, the high-order closely sealed high position that is fixedly installed on of outer raceway sealing bearing 97 seals in bearing fixing port, the open end opening axle center place of air cylinder 94 sets low-level seal bearing 98, the outer raceway of low-level seal bearing 98 fixes the junction surface connecting air cylinder 94 sidewall with upper flash distillation 22 ceiling wall through fixed support, high pressure snail fan group 95 is set in air cylinder, the interior equal fixed cover of raceway circle of the high-order interior raceway circle sealing bearing 97 and low-level seal bearing 98 is combined on high pressure snail fan group axis 96, high pressure snail fan group axis 96 top slightly probes in supercharging gas collecting tank 101, it is consistent that high pressure snail fan group 95 fans 39 groups of structures with snail of calming the anger, high pressure snail fan group axis 96 is consistent with inhaling vapour pressure vapour snail fan group axis 100 structure, hollow pipeline in high pressure snail fan group axis 96 is vapor compression tube 99, high pressure snail fan group axis 96 bottom probes in flash chamber 22 headroom, inhale vapour pressure vapour snail fan group axis 100 and connect high pressure snail fan group axis 96 through drive and transmission band, supercharging gas collecting tank 101 sets Pressure gauge, high pressure heats and sets Pressure gauge and thermometer on tank 106, high pressure heats and sets spiral solenoid 110 on the ferromagnetic metal outer wall of tank 106, steam turbine 113 drives main generator generating through change-speed gearing 114 or directly exports power；

(11). all water pump concentrated settings are in water pump cooler bin 6, the water pump cooler bin 6 of supreme diapire is located in sea water cistern 1 maritime interior waters and water pump cooler bin 6 sidewall exceeds sea water cistern 1 maritime interior waters liquid level, water pump cooler bin 6 is fixedly connected on fresh water cooler bin 3 again through fixed support, fresh water cooler bin 3 again connects water pump cooler bin 6 through water pump cooler bin feed pipe 4 and water pump cooler bin feed pipe valve 5, water pump cooler bin feed pipe 4 and water pump cooler bin feed pipe valve 5 are immersed in sea water cistern 1 maritime interior waters, the fresh water cooler bin 3 again that hollow is airtight is also submerged in sea water cistern 1 maritime interior waters and is full of sea water in case, fresh water the cooler bin power-assist hydraulic turbine 2 and spiral case thereof again are also submerged in sea water cistern 1 maritime interior waters, the fresh water cooler bin 3 again water stream channel connection sea water cistern 1 maritime interior waters in fresh water again the cooler bin power-assist hydraulic turbine 2 spiral case；

(12). not only it is used for transfer sea water but also be the hollow containment housing and its upper and lower diapire horizontal parallel that have bigger volume for cooling down the transfer cooler bin 12 of fresh water, the top horizontal of transfer cooler bin 12 inner space is separated out a soda pop shunting interlayer 57, the bottom level of transfer cooler bin 12 inner space is separated out a fresh water and assembles interlayer 59, multiple vertical shapes form condensing cooling pipe group as the condensing cooling pipe 58 pulling open state strong spiral spring-like is evenly distributed in transfer cooler bin 12 as far as possible, each condensing cooling pipe 58 is suitable for reading is all opened on soda pop shunting 57 times diapires of interlayer and end opening is all opened on fresh water and assembles diapire on interlayer 59, fresh water is assembled about interlayer 59 times diapires 3-----5 rice above ground level, transfer cooler bin 12 sidewall top sets transfer cooler bin exhaust solenoid valve 13, the transfer cooler bin power-assist hydraulic turbine 11 is located at transfer cooler bin 12 roof slightly above, water stream channel in the fresh water cooler bin power-assist hydraulic turbine 2 again, fresh water is cooler bin 3 again, water pump cooler bin feed pipe 4, water pump cooler bin 6, each sea water immersible pump 7, each sea water water supply arm 8, transfer cooler bin power-assist hydraulic turbine feed pipe 10, water stream channel in the transfer cooler bin power-assist hydraulic turbine 11, transfer cooler bin 12 is sequentially connected with and collectively constitutes sea water water supply overall channel, each sea water water supply arm 8 sets sea water water supply arm valve 9, during controlling the water circulation, this passage is that Tuo Shi vacuum potential deprives the formula water-electricity cogeneration device provisioning sea water through all pump motors operating heat and the heating of fresh water cooled heat through sea water immersible pump 7；

(13). inhale vapour snail fan group 38 lower horizontal in upper flash chamber 22 and one magnetron cool water shower endless tube 32 is set, one motor refrigerated sea water spraying ring pipe 37, multiple heat-exchanging sea-water spraying ring pipes 20, each spraying ring pipe is equipped with and is uniformly distributed and the spray apertures of numerical aperture millimeter, transfer cooler bin 12, wait to steam sea water water main 14, heat exchange box water supply cooling water threeway 85, seawater to make heat exchange case 17, each heat-exchanging sea-water spraying ring pipe feed pipe 18, each heat-exchanging sea-water spraying ring pipe 20 is sequentially connected with, each heat-exchanging sea-water spraying ring pipe feed pipe 18 water inlet is opened on the inner circle sidewall inwall of seawater to make heat exchange case 17, each heat-exchanging sea-water spraying ring pipe feed pipe 18 sets heat-exchanging sea-water spraying ring pipe feed pipe electromagnetic valve 19, what caliber was bigger wait steams sea water water main 14 and is provided with and waits to steam sea water water main's effusion meter 15；

(14). on upper flash chamber lateral wall exposed bottom upper flash chamber 22, circumference is equidistantly uniformly arranged multiple high-power water-cooling formula magnetron 28 and corresponding air-tightness microwave feed-in mouth, heat exchange box water supply cooling water threeway 85, refrigerated sea water water main 21, magnetron cooling water power motivation cooling water threeway 86, magnetron cooling water main 24, magnetron cooling moisture flow tube 26, each magnetron cooling water inlet pipe 27, the water cooling chamber of each magnetron 28, each magnetron cooling water outlet pipe 29, magnetron cooling water outlet manifold trunk 30, magnetron cooling Waterborne running spray feed pipe 31, magnetron cool water shower endless tube 32 sequentially connects connection, magnetron cooling water main 24 sets magnetron cooling water main's valve 25, each magnetron cooling water outlet pipe 29 is closely sealed run through flash chamber sidewall after connect magnetron cooling water outlet manifold trunk 30；

(15). magnetron cooling water power motivation cooling water threeway 86, motor refrigerated sea water feed pipe 33, motor 35 water cooling chamber, motor refrigerated sea water outlet pipe 36, motor refrigerated sea water shower 37 sequentially connect connection, motor refrigerated sea water outlet pipe 36 is closely sealed run through flash chamber 22 roof and in upper flash chamber descending connection motor refrigerated sea water spraying ring pipe, motor refrigerated sea water feed pipe 33 sets motor refrigerated sea water feed pipe valve 34；

(16). lower flash chamber dry pipe 40, upper flash chamber 22 headroom, non-power generating state steam open conduit, steam diversion interlayer 52, each steam condenser pipe 54, soda pop is confluxed interlayer 55, soda pop drainage tube 56, soda pop shunting interlayer 57, each condensing cooling pipe 58, fresh water assembles interlayer 59, fresh water drainage tube 60, fresh water cooled coil pipe 61, derive fresh water suction tube 62, derive the suction threeway 88 of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube 64, derive the suction threeway 87 of fresh water jet fresh water, each fresh water suction branch 65, each fresh water immersible pump 67, each fresh water derives arm 68, derive fresh water water filling fresh water and share delivery line 69, derive fresh water sluicing fresh water threeway 89, derive fresh water sluicing fresh water and share pipe 70, the fresh water power-assist hydraulic turbine 72 spiral case, fresh water retention reservoir 73 is sequentially connected with, 61 points of multiple-layer horizontals of fresh water cooled coil pipe are tortuous in fresh water again cooler bin 3 maritime interior waters, each long straight length in every layer of fresh water cooled dish 61 is equidistantly parallel to each other and each pipeline section sequentially crawls to side, water side from water intake end side connection through each elbow, each layer fresh water cooled coil pipe 61 from upper and under be successively sequentially connected with, derive and fresh water suction tube 62 sets derivation fresh water suction tube valve 62, each fresh water suction branch 65 sets fresh water suction branch valve 66, derives and the shared pipe 70 of fresh water sluicing fresh water sets the shared tube valve 71 of derivation fresh water sluicing fresh water；

(17). the outer roof of steam diversion interlayer 52 sets an ejector 79, steam diversion interlayer 52 connects the induction chamber of ejector 79 through ejector suction nozzle 80, ejector suction nozzle 80 sets ejector suction nozzle check valve 81, ejector suction nozzle check valve 81 has fluid and flows into the unipolarity of ejector induction chamber from steam diversion interlayer 52, derive the suction threeway 87 of fresh water jet fresh water, jet fresh water extraction tube 76, fresh water jet high pressure diving pump 77, ejector is for fresh water pipe 78, ejector 79, gas-liquid mixed flow conduit 82, the fresh water power-assist hydraulic turbine 72 spiral case, fresh water retention reservoir 73 is sequentially connected with；

(18). the lower diapire of upper flash chamber sets water filling sluicing electromagnetic valve 91, upper flash chamber 22 is through the lower flash chamber 23 of water filling sluicing electromagnetic valve 91 connection, inject and fresh water suction tube 74 sets injection fresh water suction tube valve 75, fresh water tapping pipe 46 sets fresh water tapping pipe valve 47, steam diversion interlayer 52 roof sets steam diversion interlayer exhaust solenoid valve 53；

(19). upper flash chamber 22, lower flash chamber 23, lower flash chamber concentrated seawater drainage tube 44, concentrated seawater derivation fresh water sluicing threeway 90, fresh water tapping pipe 46, derivation fresh water sluicing fresh water threeway 89, the shared pipe 70 of derivation fresh water sluicing fresh water, the fresh water power-assist hydraulic turbine 72 spiral case, fresh water retention reservoir 73 are sequentially connected with；

(20). accumulation of energy rotating shaft 83 includes a horizontal spindle, two accumulation of energy runners, four power-assist drives, one travelling gear, one speed increasing gear group, the location bearing that three specifications are consistent, three loading ability of bearing framves, travelling gear, first location bearing, first power-assist drive, first accumulation of energy runner, second power-assist drive, second location bearing, second accumulation of energy runner, 3rd location bearing, 3rd power-assist drive, 4th power-assist drive is sequentially fixedly set on horizontal spindle, the outer raceway circle of three location bearings is respectively and fixedly installed on three loading ability of bearing framves, the accumulation of energy runner that two specifications are consistent is train wheel shape runner, accumulation of energy runner wheel periphery edge has inside to be cast into the thickening wheel week of metallic lead；

(21). the concentrated seawater power-assist hydraulic turbine 50, the fresh water power-assist hydraulic turbine 72, the fresh water cooler bin power-assist hydraulic turbine 2 again and the transfer cooler bin power-assist hydraulic turbine 11 are the tangential impact formula hydraulic turbine of spiral case, the concentrated seawater power-assist hydraulic turbine 50 and spiral case and outlet thereof are immersed in the maritime interior waters of liquid level stabilizing concentrated seawater pond 51, the concentrated seawater power-assist hydraulic turbine 50 arbor exposed end fixing suit concentrated seawater power-assist hydraulic turbine drive, concentrated seawater power-assist hydraulic turbine drive is through the transmission the first power-assist drive with connecting above the concentrated seawater power-assist hydraulic turbine 50, the fresh water power-assist hydraulic turbine 72 and spiral case and outlet thereof are immersed in fresh water retention reservoir 73 in fresh water, the fresh water power-assist hydraulic turbine 72 arbor exposed end fixing suit fresh water power-assist hydraulic turbine drive, fresh water power-assist hydraulic turbine drive is through the transmission the second power-assist drive with connecting above the fresh water power-assist hydraulic turbine 72, fixing suit transfer cooler bin power-assist hydraulic turbine drive on the transfer cooler bin power-assist hydraulic turbine 11 arbor, transfer cooler bin power-assist hydraulic turbine drive is through the transmission the 3rd power-assist drive with connecting below the transfer cooler bin power-assist hydraulic turbine, fixing suit fresh water cooler bin power-assist hydraulic turbine drive again on the fresh water cooler bin power-assist hydraulic turbine 2 arbor again, fresh water cooler bin power-assist hydraulic turbine drive again is through the transmission the 4th power-assist drive with connecting above the fresh water cooler bin power-assist hydraulic turbine 2 again；

(22). take the parts of suitable Insulation to include: transfer cooler bin power-assist hydraulic turbine feed pipe 10, the transfer cooler bin power-assist hydraulic turbine 11 spiral case, transfer cooler bin 12 outer surface, wait to steam sea water water main 14, seawater to make heat exchange case feed pipe 16, seawater to make heat exchange case 17 outer surface, refrigerated sea water water main 21, magnetron cooling water main 24, magnetron cooling moisture flow tube 26, motor refrigerated sea water feed pipe 33, motor 35 outer surface, the exposed outer wall of upper flash chamber 22, soda pop drainage tube 56, fresh water drainage tube 60, the exposed outer wall of upper flash chamber 22, the key positions such as seawater to make heat exchange case 17 outer surface preferably set vacuum heat-insulation Dewar layer；

(23). before controlling the water circulation, all valves are closed, and when preparing controlling the water circulation, first open fresh water tapping pipe valve 47, water filling sluicing electromagnetic valve 91, steam drainage tube flow control valve, gas boosting pump group bypass tube valve 118, high pressure heats tank water filling exhaust solenoid valve 107, starts an appropriate number of fresh water immersible pump 67 and opens corresponding fresh water suction branch valve 66, concentrated seawater is derived passage, lower flash chamber 23, upper flash chamber 22, non-power generating state steam open conduit, steam condensation fresh water cooled and derivation passage, fresh water jet on-condensible gas derives passage, high pressure heats and fills fresh water in tank 106, closes fresh water immersible pump 67 and corresponding fresh water suction branch valve 66, high pressure heats tank water filling exhaust solenoid valve 107, inject fresh water suction tube valve 75, open transfer cooler bin exhaust solenoid valve 13 and seawater to make heat exchange case exhaust solenoid valve 92 again, start an appropriate number of sea water immersible pump 7 and corresponding sea water water supply arm valve 9, sea water is supplied water and after filling sea water in overall channel, closes transfer cooler bin exhaust solenoid valve 13, continue will treat steaming sea water water main 14, seawater to make heat exchange case feed pipe 16, all fill sea water in seawater to make heat exchange case 17, close sea water immersible pump 7 and corresponding sea water water supply arm valve 9 and seawater to make heat exchange case exhaust solenoid valve 92, open derivation fresh water sluicing fresh water and share tube valve 71, make high pressure heat tank 106 by gravity and atmospheric pressure, supercharging gas collecting tank 101, air cylinder 94, occurring in upper flash chamber 22 and lower flash chamber 23 that 10 meters high fresh water water columns of liquid level stabilizing occurs and keep in Torricellian vacuum in concentrated seawater derivation passage, steam condenses fresh water cooled and derives passage, fresh water jet on-condensible gas derives that the distribution situation of fresh water in passage is constant and sea water water supply overall channel and sea water supply water first, second, the distribution situation of the 3rd subchannel maritime interior waters is constant, and fresh water is closed water filling sluicing electromagnetic valve 91 and derives the shared tube valve 71 of fresh water sluicing fresh water after sluicing, open concentrated seawater delivery line flow control valve 49；

(24). after Torricellian vacuum occurring in upper flash chamber 22 and lower flash chamber 23, open motor refrigerated sea water feed pipe valve 34 in proper order, transfer cooler bin exhaust solenoid valve 13, magnetron cooling water main's valve 25, each heat-exchanging sea-water spraying ring pipe feed pipe electromagnetic valve 19, under differential pressure action, the sea water in transfer cooler bin 12 flows separately through sea water and supplies water first, two, three subchannels enter upper flash chamber 22 and spray flash distillation, open a number of sea water immersible pump 7 to be continuously transfer cooler bin 12 and supply sea water and open a number of fresh water immersible pump 67 and extract the fresh water in fresh water cooling coil 61 again, simultaneously, open permanent magnetism internal rotor high-speed motor 35 band dynamic pressure vapour snail fan group 39, inhale vapour snail fan group 38 and high pressure snail fan group 95 operates, inhaling vapour snail fan group 38 makes the steam in flash chamber be gathered in flash chamber 22 headroom, pressure vapour snail fan group 39 makes the steam in lower flash chamber be gathered in flash chamber 23 headroom, high pressure snail fan group 95 will send into supercharging gas collecting tank 101 again after steam primary compression, a part of steam in supercharging gas collecting tank 101 enters high pressure through gas boosting pump group bypass tube 108 and heats tank 106, another part steam flows through steam drainage tube 117 and enters steam diversion interlayer 52, steam in the suction force traction steam diversion interlayer 52 of fresh water immersible pump 67 sequentially flows through each steam condenser pipe 54, each condensing cooling pipe 58 and fresh water cooling coil 61 again, when extracting fresh water, steam heat-exchanging condensation area is along with steam condenses fresh water cooled and derives the decline of fresh water liquid level in passage and is gradually increased, finally make steam condensation rate and fresh water extract speed to maintain an equal level, fresh water after cooling imports fresh water retention reservoir 73 through fresh water immersible pump 67, in steam condensation and fresh water cooled process, the heat energy of release is by heating of seawater to be evaporated, gradate as pressure vapour flash evaporation so that entering the sea water of spray in upper vaporization chamber 22 by initial room temperature pressure vapour flash distillation；

(25). the concentrated seawater produced in upper flash chamber 22 flows into upper flash chamber concentrated seawater spraying ring pipe group 43 again through upper flash chamber concentrated seawater drainage tube 42 under gravity, and room temperature spray flash distillation in lower flash chamber 23, the concentrated seawater that in lower flash chamber, evaporation produces destroys the pressure balance of water column below Torricellian vacuum and automatically flows into concentrated seawater cistern 51 after flowing into lower flash chamber concentrated seawater drainage tube 44, regulate concentrated seawater delivery line flow control valve 49 and can regulate the liquid level accumulating concentrated seawater bottom lower flash chamber 23, instantly when the concentrated seawater built up bottom flash chamber floods the concentrated seawater suction inlet 120 of concentrated seawater spray thrower 41 bottom repeatedly, under permanent magnetism internal rotor high-speed motor 35 forward working order, the concentrated seawater built up bottom lower flash chamber 23 is inhaled into concentrated seawater suction inlet 120 and flows through and take out pipe 119 on the concentrated seawater in concentrated seawater spray thrower axis repeatedly, concentrated seawater divides water cavity 121, the concentrated seawater discrete pipe 122 passing through each radially uniform distribution enters concentrated seawater shower 123 repeatedly, room temperature spray flash distillation is repeated in lower flash chamber 23, this just enables the height of concentrated seawater liquid level bottom lower flash chamber determine, and can the concentrated seawater bottom lower flash chamber be inhaled into concentrated seawater spray thrower 41 repeatedly and enter repeatedly room temperature spray flash condition, the flash distillation of room temperature spray can reduce the temperature deriving concentrated seawater repeatedly, so that the concentrated seawater flow regulated in concentrated seawater delivery line 48 just can regulate the water temperature deriving concentrated seawater, when the water temperature of derivation concentrated seawater is higher than 0 DEG C, close part heat-exchanging sea-water spraying ring pipe feed pipe electromagnetism 19, temporarily turn seawater spraying amount down, and increase fresh water immersible pump 67 and open quantity, concentrated seawater flow in concentrated seawater delivery line 48 is suitably turned down simultaneously, the cold concentrated seawater that in lower flash chamber 23, evaporation produces is made only to be exported on a small quantity before temperature is down to 0 DEG C, and in flash chamber, cold concentrated seawater is inhaled into concentrated seawater spray thrower 41 repeatedly under the major part not being exported, room temperature spray flash distillation it is repeatedly performed in lower flash chamber, until temperature be down to 0 DEG C even lower after be derived automatically from, being fixedly installed on the stirring blade high speed rotating of the concentrated seawater outside concentrated seawater suction inlet 120 tube wall can prevent the concentrated seawater liquid level surface bottom lower flash chamber 23 from freezing；

(26). after the evaporation of seawater in upper vaporization chamber 22 is converted into pressure vapour flash evaporation pattern, slowly regulate steam drainage tube flow control valve 118 make steam flow in steam drainage tube 117 be gradually reduced and close part fresh water immersible pump 67 in proper order, in steam drainage tube 117, being gradually reduced of steam flow makes supercharging gas collecting tank 101, the steam pressure that gas boosting pump group bypass tube 108 and high pressure heat in tank 106 gradually rises, final plant closure steam drainage tube flow control valve 118, when high pressure heat the pressure that tank 106 Pressure gauge shows no longer raise time, close gas boosting pump group bypass tube valve 109, open each gas boosting pump exhaust valve 105 in proper order and open each gas boosting pump 103 in proper order, improve high pressure further and heat steam pressure in tank 106, electric box is that the spiral solenoid 110 that high pressure heats on tank 106 sidewall carries high frequency alternating current, make the ferromagnetic metal outer wall interior generation high frequency vortex current that high pressure heats tank 106 that high pressure to heat steam heating in tank 106 sidewall and tank to heat, when high pressure heats the pressure requirements that steam pressure in tank meets driving steam turbine 113, open steam turbine air inlet pipe valve 112 and steam turbine exhaust valve 116, high temperature and high pressure steam drives steam turbine 113 to operate and output power or power, main electric power or power output system enter generating or power output state, opening section fresh water immersible pump 67 in proper order again, the steam that steam turbine exhaustor 115 is discharged enters steam condensation fresh water cooled and derives passage, device enters water-electricity cogeneration state；

(27). in whole controlling the water circulation process, utilize fresh water cooler bin 3 water inlet again, transfer cooler bin 12 water inlet, concentrated seawater delivery line 48 water outlet and derivation fresh water sluicing fresh water share the useless remaining useless water flow dynamic energy of pipe 70 water outlet and drive the fresh water cooler bin power-assist hydraulic turbine 2 more respectively, the transfer cooler bin power-assist hydraulic turbine 11, the concentrated seawater power-assist hydraulic turbine 50 and the fresh water power-assist hydraulic turbine 72 operate, each power-assist hydraulic turbine drives accumulation of energy rotating shaft 83 to rotate through drive and transmission band respectively jointly, accumulation of energy rotating shaft 83 operates through speed increasing gear group drive electrical generators 84, electromotor 84 sends electric current after electric panel room processes, power for water-cooled magnetron 28 and other firing equipments and electrical equipment, temperature in upper flash chamber 22 is improved with microwave heating, utilize and treat that the steaming each water-cooled magnetron of cooled with seawater and permanent magnetism inner rotor motor 35 improve capacity usage ratio further, the vapour snail fan group 38 of inhaling of high speed rotating plays the effect of microwave stirring, so that upper flash chamber inner space thermally equivalent make evaporability strengthen；

B). Fig. 3 is that pump evacuation potential deprives formula water-electricity cogeneration apparatus structure schematic diagram,

(28). by liquid level stabilizing sea water cistern 1 ', fresh water retention reservoir 113 ', concentrated seawater cistern 70 ', water pump cooler bin 3 ', multiple stage fresh water immersible pump 106 ', multiple stage concentrated seawater immersible pump 60 ', steam condensing cooling pipe group 98 ' in steam condensation seawater to make heat exchange case 5 ' and case, comprise the flash tank of flash chamber 40 ' and lower flash chamber 44 ', water-cooled permanent magnetism internal rotor high-speed motor 41 ', air-breathing snail fan group 42 ', calm the anger snail fan group 45 ', seawater spraying pipe group, upper flash chamber concentrated seawater spraying ring pipe group 48 ' again, concentrated seawater is spray thrower 49 ' repeatedly, air cylinder 71 ', high pressure snail fan group 72 ', supercharging gas collecting tank 74 ', gas boosting pump group 23 ', high pressure heats tank 79 ', steam turbine 84 ', electric box, microwave heating equipment, electromagnetic heating apparatus 80 ', the water pump cooler bin power-assist hydraulic turbine 2 ', the fresh water power-assist hydraulic turbine 111 ', the concentrated seawater power-assist hydraulic turbine 68 ', accumulation of energy rotating shaft 87 ', electromotor 88 ', each associated conduit, valve, threeway, flow takes into account drive and transmission band collectively constitutes pump evacuation potential and deprives formula water-electricity cogeneration device, wherein, and gas boosting pump group 23 ', high pressure heats tank 79 ' and electromagnetic heating apparatus 80 ' thereof, steam turbine 84 ' and electric power thereof or motive power outputting apparatus, relevant pipe valve collectively constitutes main electric power or power output system, each power-assist hydraulic turbine, accumulation of energy rotating shaft 87 ', electromotor 88 ' and associated actuator facility collectively constitute secondary electric power output system, and all the other equipment collectively constitute seawater desalination system；

(29). liquid level stabilizing sea water cistern 1 ', fresh water retention reservoir 113 ' and concentrated seawater cistern 70 ' are disposed adjacent on ground level, high pressure heats tank 79 ', steam turbine 84 ', the airtight cylindrical tube shape flash tank of hollow of axis vertical is also all disposed within ground level, flash tank inner space horizontal subdivision becomes upper flash chamber 40 ' and lower flash chamber 44 ', steam condensation seawater to make heat exchange case 5 ' is immersed in liquid level stabilizing sea water cistern 1 ' maritime interior waters, the top horizontal of steam condensation seawater to make heat exchange case 5 ' inner space is separated out steam diversion interlayer 97 ', steam condensation seawater to make heat exchange case 5 ' bottom level is separated out fresh water and collects interlayer 99 ', steam condensing cooling pipe 98 ' that is multiple vertical and that be shaped like pulling open state strong spiral spring of trying one's best is evenly distributed in steam condensation seawater to make heat exchange case 5 ', each steam condensing cooling pipe 98 ' collectively constitutes steam condensing cooling pipe group, each steam condensing cooling pipe 98 ' is suitable for reading is all opened on the lower diapire of steam diversion interlayer 97 ' and end opening is all opened on fresh water and collects the upper diapire of interlayer 99 ', steam condensation top, seawater to make heat exchange case 5 ' lateral wall sets steam condensation seawater to make heat exchange case water filling sinking air bleeding valve 6 ', each steam condensing cooling pipe 98 ' gap of steam condensation seawater to make heat exchange case 5 ' inner space is full of sea water；

(30). water pump cooler bin 3 ', the water pump cooler bin power-assist hydraulic turbine 2 ' and spiral case thereof are each provided in liquid level stabilizing sea water cistern 1 ', water pump cooler bin 3 ' connects liquid level stabilizing sea water cistern 1 ' maritime interior waters through the water pump cooler bin power-assist hydraulic turbine 2 ' and spiral case thereof, all fresh water immersible pumps 106 ' are submerged in water pump cooler bin 3 ' maritime interior waters, the motor of all concentrated seawater immersible pumps 60 ' is submerged in water pump cooler bin 3 ' maritime interior waters, and the pump housing outside each concentrated seawater motor for submerged pump part and water inlet pipe and outlet pipe all expose in atmosphere；

(31). upper flash chamber 40 ' inner space is horizontally disposed with the suction vapour snail fan group 42 ' coaxial with flash tank, inhale vapour snail fan group 42 ' close to upper flash chamber 40 ' roof and with upper flash chamber roof appropriate intervals, inhale vapour snail fan group 42 ' each and inhale that vapour snail fan specification is consistent and radius is slightly lower than flash tank internal diameter, each vapour snail fan of inhaling equidistantly is fixedly set on the hollow tubular type suction vapour pressure vapour snail fan group axis 43 ' of closed at both ends, inhale vapour pressure vapour snail fan group axis 43 ' top and be positioned upper flash chamber 40 ' inner roof wall axle center place through upper location bearing, inhale the vapour pressure vapour snail fan group axis 43 ' bottom upper flash chamber of traverse and lower 44 ' horizontal splitter plates of flash chamber and be positioned lower flash chamber inner roof wall axle center place through location, bottom bearing, inhaling vapour snail fan is the multiple-blade snail fan having axis cuff and circumference ring plate and supreme lower diapire, inhale vapour snail to fan each blade and radially wait the radially uniform distribution of angle and to same circumference slightly spiral；

(32). the pipeline inhaling vapour pressure vapour snail fan group axis 43 ' interior is lower flash chamber dry pipe 46 ', on the lower flash chamber dry pipe 46 ' suction vapour pressure vapour snail fan group axis 43 ' sidewall being opened on upper location bearing slightly lower section suitable for reading, top inhale vapour snail fan and lower flash chamber dry pipe 46 ' suitable for reading between suction vapour pressure vapour snail fan group axis on level is fixing is set with passive drive, disalignment be fixedly installed the water-cooled permanent magnetism internal rotor high-speed motor 41 ' that axis is vertical with suitable spacing place, axle center on the upper outer roof of flash chamber 40 ', logical magnetic seal cover is set between stator and the permanent magnetism internal rotor of this motor 41 ', logical magnetic seal covers on the armature spindle of permanent magnetism internal rotor and leans out flash chamber 40 ' roof and the upper flash chamber inner space of logical magnetic seal cover inner space connection in the closely sealed fixing connection in place, the armature spindle of this motor 41 ' probes into flash chamber 40 ' inner space and on armature spindle within flash chamber, level is fixed and is set with through the transmission initiative driver with connecting passive drive on probeing into, initiative driver radius is more than passive drive radius, during the operating of permanent magnetism internal rotor high-speed motor 41 ' forward, inhale vapour snail fan can interior for upper flash chamber 40 ' both vapor compression be sucked in upper flash chamber headroom；

(33). probe into the fixing suit pressure vapour snail fan group 45 ' of the upper level of suction vapour pressure vapour snail fan group axis 43 ' in lower flash chamber 44 headroom, each pressure vapour snail fan of pressure vapour snail fan group is isometrical and its radius is slightly lower than flash tank internal diameter, two inner circle radius with inhale that vapour pressure vapour snail fan group axis 43 ' radius is consistent and the exradius unequal annular multiple radial blade of base plate fixed clamp and a bottom bracket axle garter spring form a pressure vapour snail and fan, each blade of pressure vapour snail fan radially waits the radially uniform distribution of angle and to same circumferential spiral between large radius upper plate and minor radius lower shoe from bottom bracket axle garter spring external peripheral surface, the apex of the pointed angle of Cornu Bovis seu Bubali formed between often adjacent two pressure vapour snail fan leafs of each pressure vapour snail fan is equipped with and runs through bottom bracket axle garter spring and inhale the lower flash chamber dry pipe 46 ' air intake of vapour pressure vapour snail fan group axis annulus sidewall, the upper plate of pressure vapour snail fan, each blade and bottom bracket axle garter spring are the pressure vapour snail fan blades of a single-casting or milling part, the lower shoe of pressure vapour snail fan is through being bolted in this pressure vapour snail fan blades, during the operating of permanent magnetism internal rotor high-speed motor forward, both vapor compression interior for lower flash chamber 44 ' can be sucked lower flash chamber dry pipe 46 ' and import in upper flash chamber 40 ' headroom through lower flash chamber dry pipe by pressure vapour snail fan group 45 '；

(34). upper flash chamber 40 ' interior suction vapour snail fan group 42 ' lower section sets magnetron cool water shower endless tube 39 ', motor refrigerated sea water spraying ring pipe 30 ', gas boosting pump refrigerated sea water spraying ring pipe 26 ', steam condensation seawater spraying endless tube group 11 ', liquid level stabilizing sea water cistern 1 ', the water pump interior water stream channel of the cooler bin power-assist hydraulic turbine 2 ', water pump cooler bin 3 ', steam condensation seawater to make heat exchange case feed pipe 4 ', steam condensation seawater to make heat exchange case 5 ', steam condensation seawater spraying endless tube group water main 7 ', each steam condensation seawater spraying endless tube water supply arm 9 ', each steam condensation seawater spraying endless tube 11 ' is sequentially connected with into sea water water supply first passage, during controlling the water circulation, this passage is that pump evacuation potential deprives formula water-electricity cogeneration device provisioning through all pump motors operating heat and steam condensation by pressure reduction, the sea water of fresh water cooled heat heating, certain steam set in each steam condensation seawater spraying endless tube 11 ' condenses seawater spraying endless tube as emergency shower endless tube 14 ', and it is set as that it carries the steam of sea water condensation seawater spraying endless tube water supply arm to be emergency shower endless tube water supply arm 12 ', emergency shower endless tube water supply arm sets emergency shower endless tube water supply arm electromagnetic valve 13 ', all the other each steam condensation seawater spraying endless tube water supply arm 9 ' is all provided with steam condensation seawater spraying endless tube water supply arm valve 10 ', steam condensation seawater spraying endless tube group water main 7 ' sets steam condensation seawater spraying endless tube group water main's effusion meter 8 '；

(35). liquid level stabilizing sea water cistern 1 ', equipment refrigerated sea water water main 15 ', the cooling water threeway 17 ' of component cooling water magnetron, gas boosting pump cooling water power motivation cooling water shares pipe 18 ', the cooling water power motivation cooling water threeway 19 ' of gas boosting pump, gas boosting pump group refrigerated sea water water main 20 ', each gas boosting pump refrigerated sea water water supply arm 22 ', each gas boosting pump 23 ' water cooling chamber, each gas boosting pump refrigerated sea water exit branch 24 ', gas boosting pump group refrigerated sea water outfall sewer 25 ', gas boosting pump refrigerated sea water spraying ring pipe 26 ' is sequentially connected with, gas boosting pump group refrigerated sea water water main 20 ' sets gas boosting pump group refrigerated sea water water main's valve 21 ', equipment refrigerated sea water water main's effusion meter 16 ' on equipment refrigerated sea water water main 15 '；

(36). upper flash chamber 40 ' lateral wall is uniformly arranged multiple water-cooled magnetrons 35 ' and corresponding air-tightness microwave feed-in mouth, each water-cooled magnetron 35 ' and microwave feed-in mouth are as far as possible in same level, the cooling water threeway 17 ' of component cooling water magnetron, magnetron cooling water main 31 ', magnetron cooling moisture flow tube 33 ', each magnetron cooling water inlet pipe 34 ', the interior cooling room of each magnetron 35 ', each magnetron cooling water outlet pipe 36 ', magnetron cooling water outlet manifold trunk 37 ', magnetron cooling Waterborne running spray feed pipe 38 ', magnetron cool water shower endless tube 39 ' sequentially connects connection, magnetron cooling water main 31 ' sets magnetron cooling water main's valve 32 '；

(37). the cooling water power motivation cooling water threeway 19 ' of gas boosting pump, motor refrigerated sea water feed pipe 27 ', motor 41 ' water cooling chamber, motor refrigerated sea water outlet pipe 29 ', motor refrigerated sea water spraying ring pipe 30 ' sequentially connect, and motor refrigerated sea water feed pipe 27 ' sets motor refrigerated sea water feed pipe valve 28 '；

(38). the interior pressure vapour snail fan group 45 ' lower horizontal of lower flash chamber 44 ' arranges flash chamber concentrated seawater spraying ring pipe group 48 ' again, and the upper flash chamber concentrated seawater drainage tube 47 ' connection through being located at lower flash chamber 44 ' interior of the upper flash chamber concentrated seawater spraying ring pipe group 48 ' again connects upper flash chamber 40 ' inner space；

(39). inhale vapour pressure vapour snail fan group axis 43 ' bottom and fix the axis connecting concentrated seawater spray thrower 49 ' repeatedly, concentrated seawater spray thrower 49 ' repeatedly by one be axle center with axis horizontal annular concentrated seawater shower 50 ' repeatedly, the concentrated seawater discrete pipe 51 ' of multiple radially uniform distributions, one vertical and top closure hollow axis and concentrated seawater suction inlet 54 ' form, pipeline in concentrated seawater spray thrower 49 ' axis repeatedly is take out pipe 53 ' on concentrated seawater, concentrated seawater is taken out pipe 53 ' bottom and sets the concentrated seawater suction inlet 54 ' that caliber increases, concentrated seawater suction inlet lower edge and the lower flash chamber 44 ' suitable spacing of lower diapire, arranging in concentrated seawater suction inlet is fixed on concentrated seawater suction inlet inner tubal wall and equally distributed several pump blades, on concentrated seawater suction inlet 54 ' outer tube wall, the angle such as level is fixedly installed and prevents the concentrated seawater stirring blade that bottom lower flash chamber 44, concentrated seawater liquid level surface freezes, the concentrated seawater of concentrated seawater suction inlet 54 ' top takes out pipe 53 ' is interior takes out blade from lower and upper coherent setting on one, concentrated seawater is taken out pipe connection suitable for reading connect and be fixedly installed on the concentrated seawater of concentrated seawater spray thrower 49 ' axis epimere repeatedly and divide water cavity 52 ', concentrated seawater divides water cavity to connect concentrated seawater shower 50 ' repeatedly through the connection of each concentrated seawater discrete pipe 51 ', concentrated seawater divides water cavity and concentrated seawater shower repeatedly in isoplanar, during the operating of permanent magnetism internal rotor high-speed motor 41 ' forward, the concentrated seawater of lower flash chamber lower submerged concentrated seawater suction inlet can be sucked and take out pipe 53 ' and take out pipe on concentrated seawater on concentrated seawater by concentrated seawater suction inlet 54 ', concentrated seawater divides water cavity 52 ' and each concentrated seawater discrete pipe 51 ' to import concentrated seawater shower 50 ' repeatedly, concentrated seawater shower repeatedly is uniformly distributed spray apertures, the lower flash chamber 44 ' sealed circle of lower diapire and fixing bolt clip are combined on lower flash chamber sidewall and engage mouth and seal through cold-resistant strong sealing glue, upper flash chamber 40 ' sidewall end count seal and fixing bolt clip are combined on the lower upper diapire of flash chamber 44 ' and engage mouth and seal through heat-resisting strong sealing glue；

(40). the bottom margin place in lower flash chamber 44 ' inner space sets virtue of buoyancy and lever principle realizes the liquid level induction system 55 ' of contactor, liquid level induction system 55 ' is by airtight hollow float, floating ball lever, fulcrum shaft, pull bar, rubbery elasticity diaphragm seal, elastic switch collectively constitutes, the airtight hollow float quality of diameter about 10cm is slightly less than the quality of consubstantiality hydrops, fulcrum on floating ball lever turns hole positioning sleeve and is contained on the fulcrum shaft that level is fixedly installed, floating ball lever is separated into long and short two section by fulcrum shaft, airtight hollow float is fixed on the remote support end of long section floating ball lever, pull bar upper end is movably connected in the remote support end of short section of floating ball lever, pull bar lower end is flexibly connected the elastic switch sealed through rubbery elasticity diaphragm seal, elastic switch is fixedly installed in the lower flash chamber 44 ' diapire that short section of floating ball lever remote branch of a clan point rectifies lower section, cover the rubbery elasticity diaphragm seal note of elastic switch and be attached in lower flash chamber on diapire and its edge and diapire in lower flash chamber is fixed closely sealed, rubbery elasticity diaphragm seal makes elastic switch and the isolation of lower flash chamber inner space, elastic switch realizes contactor according to lever principle, when spring below elastic switch inner metal sheets is not opened by tension, lever principle makes lifting without spring terminal of sheet metal, elastic switch is closed, instantly the interior water level decreasing of flash chamber 44 ' to a certain extent time, spring tension below elastic switch inner metal sheets is opened by airtight hollow float by deadweight and lever, lever principle makes falling without spring terminal of sheet metal, elastic switch makes circuit communication, elastic switch controls emergency shower endless tube water supply arm electromagnetic valve and prompting electric bell through transmission line of electricity；

(41). lower flash chamber 44 ', lower flash chamber concentrated seawater is derived fresh water sluicing and is shared pipe 56 ', each concentrated seawater suction branch 58 ', each concentrated seawater immersible pump 60 ', each concentrated seawater immersible pump outlet pipe 61 ', concentrated seawater outfall sewer 62 ', concentrated seawater derives fresh water sluicing threeway 63 ', concentrated seawater power-assist hydroturbine water intake pipe 66 ', the concentrated seawater power-assist hydraulic turbine 68 ', concentrated seawater power-assist hydraulic turbine outlet pipe 69 ', concentrated seawater cistern 70 ' is sequentially connected with, each concentrated seawater suction branch 58 ' sets concentrated seawater suction branch valve 59 ', concentrated seawater power-assist hydroturbine water intake pipe 66 ' sets concentrated seawater power-assist hydroturbine water intake tube valve 67 ', lower flash chamber concentrated seawater derivation fresh water sluices to share and sets the flash chamber concentrated seawater derivation shared flowmeter for pipe 57 ' of fresh water sluicing on pipe 56 '；

(42). air cylinder 71 ' is fastened on the outer roof of flash chamber 40 ', the upper flash chamber inner space of air cylinder 71 ' inner space connection that end opening is open, and supercharging gas collecting tank 74 and air cylinder are coaxially disposed up and down 71 ', upper flash chamber 40 ' headroom, air cylinder 71 ', supercharging gas collecting tank 74 ', each gas boosting pumping steam pipe 76 ', gas boosting pump group 23 ', each gas boosting pump gland steam exhauster 78 ', high pressure heats tank 79 ', steam turbine steam inlet pipe 82 ', steam turbine 84 ', steam turbine discharge pipe 85 ', steam diversion interlayer 97 ' and related valve are sequentially connected with, upper flash chamber 40 ' headroom, air cylinder 71 ', supercharging gas collecting tank 74 ', steam drain epimere pipe 89 ', steam drain stage casing pipe 93 ', steam drain hypomere pipe 96 ', steam diversion interlayer 97 ' and related valve are sequentially connected with, each gas boosting pumping steam pipe 76 ' sets gas boosting pumping steam pipe valve 77 ', steam turbine steam inlet pipe 82 ' sets steam turbine steam inlet pipe valve 83 ', steam turbine discharge pipe 85 ' sets steam turbine discharge tube valve 86 '；

(43). upper flash chamber 40 ' headroom, air cylinder 71 ', supercharging gas collecting tank 74 ', steam drainage tube epimere pipe 89 ', steam drain high pressure heats tank water filling sluicing threeway 92 ', steam drainage tube stage casing pipe 93 ', steam drain steam turbine discharge threeway 95 ', steam drainage tube hypomere pipe 96 ', steam diversion interlayer 97 ', each steam condensing cooling pipe 98 ', fresh water collects interlayer 99 ', fresh water suction house steward 100 ', derive the suction threeway 102 ' of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube 103 ', each fresh water suction branch 104 ', each fresh water immersible pump 106 ', each fresh water derives arm 107 ', derive fresh water water filling fresh water and share delivery line 108 ', fresh water power-assist hydroturbine water intake pipe 109 ', the fresh water power-assist hydraulic turbine 111 ', fresh water power-assist hydraulic turbine outlet pipe 112 ', fresh water retention reservoir 113 ' is sequentially connected with, steam drainage tube stage casing pipe 93 ' sets steam drainage tube stage casing pipe flow control valve 94 ', derive and fresh water suction house steward 100 ' sets derivation fresh water suction house steward's valve 101 ', each fresh water suction branch 104 ' sets fresh water suction branch valve 105 ', fresh water power-assist hydroturbine water intake pipe 109 ' sets fresh water power-assist hydroturbine water intake tube valve 110 '；

(44). on-condensible gas discharge pipe 114 ' air inlet is opened on steam diversion interlayer 97 ' inner roof wall, on-condensible gas discharge pipe gas outlet is opened on the fresh water power-assist hydraulic turbine 111 ' spiral case inwall, and on-condensible gas discharge pipe 114 ' outlet side sets on-condensible gas discharge pipe and gives vent to anger valve 115 '；

(45). fresh water retention reservoir 113 ', inject fresh water suction tube 116 ', derive the suction threeway 102 ' of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube 103 ', each fresh water suction branch 104 ', each fresh water immersible pump 106 ', each fresh water derives arm 107 ', derive fresh water water filling fresh water and share delivery line 108 ', fresh water water injection pipe 118 ', fresh water collects interlayer 99 ', each steam condensing cooling pipe 98 ', steam diversion interlayer 97 ', steam drainage tube hypomere pipe 96 ', steam drain steam turbine discharge threeway 95 ', steam drainage tube stage casing pipe 93 ', steam drain high pressure heats tank water filling sluicing threeway 92 ' and is sequentially connected with, inject and fresh water suction tube 116 ' sets injection fresh water suction tube valve 117 ', fresh water water injection pipe 118 ' sets fresh water water injection pipe valve 119 '；

(46). the lower diapire of upper flash chamber 40 ' sets water filling sluicing electromagnetic valve 120 ', upper flash chamber is through the lower flash chamber 44 ' of water filling sluicing electromagnetic valve connection, steam drain high pressure heat tank water filling sluicing threeway 92 ', steam drainage tube epimere pipe 89 ', supercharging gas collecting tank 79 ', air cylinder 71 ', upper flash chamber 40 ' inner space, water filling sluicing electromagnetic valve 120 ', lower flash chamber 44 ' inner space, lower flash chamber concentrated seawater derive fresh water sluice share pipe 56 ' be sequentially connected with, supercharging gas collecting tank 74 ' roof highest point sets supercharging gas collecting tank water filling exhaust solenoid valve 75 '；

(47). steam drain high pressure heats tank water filling sluicing threeway 92 ', high pressure heats tank water filling tapping pipe 90 ', high pressure heats tank 79 ' and is sequentially connected with, high pressure heats the tank water filling tapping pipe 90 ' high pressure that is opened on suitable for reading and heats on the interior diapire of tank 79 ', high pressure heats and sets high pressure on tank water filling tapping pipe 90 ' and heat tank water filling tapping pipe valve 91 ', high pressure heats tank 79 ' roof highest point and sets high pressure and heat tank water filling exhaust solenoid valve 81 ', the air inlet of steam turbine air inlet pipe 82 ' is opened on high pressure and heats tank 79 ' roof highest point, steam turbine air inlet pipe 82 ' sets steam turbine air inlet pipe valve 83 ', steam turbine exhaustor 85 ' is connected to the joint of steam drainage tube stage casing pipe 93 ' and steam drainage tube hypomere pipe 96 ' through steam drain steam turbine discharge threeway 95 ', steam turbine exhaustor 85 ' sets steam turbine exhaust valve 86 '；

(48). supercharging gas collecting tank 74 ', air cylinder 71 ', upper flash chamber 44 ', water filling sluicing electromagnetic valve 120 ', lower flash chamber 44 ', the lower flash chamber concentrated seawater derivation shared pipe 56 ' of fresh water sluicing, each concentrated seawater suction branch 58 ', each concentrated seawater immersible pump 60 ', each concentrated seawater immersible pump outlet pipe 61 ', concentrated seawater outfall sewer 62 ', concentrated seawater derivation fresh water sluicing threeway 63 ', fresh water tapping pipe 64 ', the fresh water power-assist hydraulic turbine 111 ', fresh water retention reservoir 113 ' are sequentially connected with, and fresh water tapping pipe 64 ' sets fresh water tapping pipe valve 65 '；

(49). high pressure heats tank 79 ', high pressure heats tank water filling tapping pipe 90 ', steam drain high pressure heats tank water filling sluicing threeway 92 ', steam drain stage casing pipe 93 ', steam drain steam turbine discharge threeway 95 ', steam drain hypomere pipe 96 ', steam diversion interlayer 97 ', each steam condensing cooling pipe 98 ', fresh water collects interlayer 99 ', derive fresh water suction house steward ', derive the suction threeway 102 ' of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube 103 ', each fresh water suction branch 104 ', each fresh water immersible pump 106 ', each fresh water derives arm 107 ', derive fresh water water filling fresh water and share delivery line 108 ', fresh water power-assist hydroturbine water intake pipe 109 ', the fresh water power-assist hydraulic turbine 111 ', fresh water power-assist hydraulic turbine outlet pipe 112 ', fresh water retention reservoir 113 ' is sequentially connected with；

(50). air cylinder 71 ' roof axle center place sets a penetrating high position and seals bearing fixing port, the high-order closely sealed high position that is fixedly installed on of outer raceway sealing bearing seals in bearing fixing port, the open end opening axle center place of air cylinder 71 ' sets low-level seal bearing, the outer raceway of low-level seal bearing fixes the junction surface connecting air cylinder 71 ' sidewall with upper flash chamber 40 ' roof through fixed support, high pressure snail fan group 72 ' is set in air cylinder, the interior equal fixed cover of raceway circle of the high-order interior raceway circle sealing bearing and low-level seal bearing is combined on high pressure snail fan group 72 ' axis, high pressure snail fan group axis top slightly probes in supercharging gas collecting tank 74 ', high pressure snail fan group is consistent with snail fan group 45 ' structure of calming the anger, high pressure snail fan group axis is consistent with inhaling vapour pressure vapour snail fan group axis 43 ' structure, hollow pipeline in high pressure snail fan group axis is vapor compression tube 73 ', high pressure snail fan group axis bottom probes in flash chamber 40 ' headroom, inhale vapour pressure vapour snail fan group axis 43 ' and connect high pressure snail fan group 72 ' axis through drive and transmission band, supercharging gas collecting tank 74 ' sets Pressure gauge, high pressure heats and sets Pressure gauge and thermometer on tank 79 ', high pressure heats on the ferromagnetic metal lateral wall of tank and sets spiral solenoid 80 ' on lateral wall, steam turbine 84 ' drives main generator generating through change-speed gearing or directly exports power；

(51). accumulation of energy rotating shaft 87 ' includes a horizontal spindle, two accumulation of energy runners, one concentrated seawater power-assist hydraulic turbine 68 ', one fresh water power-assist hydraulic turbine 111 ', one power-assist drive, the roll-type location bearing that three specifications are consistent, three loading ability of bearing framves, one travelling gear, one speed increasing gear group, travelling gear, power-assist drive, first roll-type location bearing, first accumulation of energy runner, the fresh water power-assist hydraulic turbine 111 ', second roll-type location bearing, the concentrated seawater power-assist hydraulic turbine 68 ', second accumulation of energy runner, 3rd roll-type location bearing is sequentially fixedly set on horizontal spindle, the outer raceway circle of three roll-type location bearings is respectively and fixedly installed on three loading ability of bearing framves, the accumulation of energy runner that two specifications are consistent is train wheel shape runner, accumulation of energy runner wheel periphery edge has inside to be cast into the thickening wheel week of metallic lead, the concentrated seawater power-assist hydraulic turbine 68 ', the fresh water power-assist hydraulic turbine 111 ', the water pump cooler bin power-assist hydraulic turbine 2 ' is the tangential impact formula hydraulic turbine of spiral case, the stator of the concentrated seawater power-assist hydraulic turbine 68 ' and the fresh water power-assist hydraulic turbine 111 ' is fixed on stator bracing frame, the mover impeller of the concentrated seawater power-assist hydraulic turbine 68 ' and the fresh water power-assist hydraulic turbine 111 ' is fixedly set on the horizontal spindle of accumulation of energy rotating shaft 87 ', accumulation of energy rotating shaft 87 ' exposes in atmosphere, the concentrated seawater power-assist hydraulic turbine 68 ' is arranged on concentrated seawater cistern 70 ' ullage, the fresh water power-assist hydraulic turbine 111 ' is arranged on fresh water retention reservoir 113 ' ullage, the water pump cooler bin power-assist hydraulic turbine 2 ' is arranged in liquid level stabilizing sea water cistern 1 ' maritime interior waters, fixed cover holding water pump cooler bin power-assist hydraulic turbine drive on the water pump cooler bin power-assist hydraulic turbine 2 ' arbor, water pump cooler bin power-assist hydraulic turbine drive is through the transmission power-assist drive with connecting above the water pump cooler bin power-assist hydraulic turbine, each power-assist hydraulic turbine drives accumulation of energy rotating shaft 87 ' to rotate jointly, accumulation of energy rotating shaft operates through speed increasing gear group drive electrical generators 88 ', electromotor 88 ' via line connects electric panel room, electric panel room by electric current after frequency modulation boosting etc. processes, for water-cooled magnetron 35 ', spiral solenoid 80 ' and other electrical equipments are powered；

(52). before controlling the water circulation, all valves are closed, when preparing controlling the water circulation, first open injection fresh water suction tube valve 117 ', fresh water water injection pipe valve 119 ', high pressure heats tank water filling tapping pipe valve 91 ', steam drainage tube stage casing pipe flow control valve 94 ', water filling sluicing electromagnetic valve 120 ', supercharging gas collecting tank water filling exhaust solenoid valve 75 ', high pressure heats tank water filling exhaust solenoid valve 81 ', start an appropriate number of fresh water immersible pump and 106 ' relevant fresh water suction branch valves 105 ', fresh water immersible pump 106 ' extracts the interior fresh water of fresh water retention reservoir 113 ' by fresh water water filling the first subchannel, fresh water is filled in fresh water water filling the second subchannel, close supercharging gas collecting tank water filling exhaust solenoid valve 75 ', high pressure heats tank water filling exhaust solenoid valve 81 ', inject fresh water suction tube valve 117 ', fresh water water injection pipe valve 119 ' and fresh water immersible pump 106 ' and relevant fresh water suction branch valve 105 ', the spiral solenoid 80 ' conveying high frequency alternating current that electric panel room is the spiral solenoid in upper flash chamber 40 ' roof and high pressure heats in tank 79 ' roof and sidewall, make ferromagnetic upper flash chamber 40 ' roof and high pressure heat to produce high frequency induction current in tank 79 ' roof and sidewall and generate heat, fresh water that upper flash chamber 40 ' is interior and high pressure heat after the interior fresh water of tank 79 ' is heated to proper temperature, open derivation fresh water suction house steward's valve 101 ' simultaneously, fresh water power-assist hydroturbine water intake tube valve 110 ', an appropriate number of fresh water immersible pump 106 ' and relevant fresh water suction branch valve 104 ', an appropriate number of concentrated seawater immersible pump 60 ' and relevant concentrated seawater suction branch valve 59 ', fresh water tapping pipe valve 65 ', fresh water immersible pump 106 ' extracts the fresh water injected in fresh water extraction second channel, the steam interior fresh water of drain epimere pipe 89 ' and the interior a small amount of fresh water of supercharging gas collecting tank 79 ', under fresh water immersible pump 106 ' suction force effect, high pressure heats the hot fresh water vaporization of tank 79 ' inner top and finally makes whole high pressure heat the nearly vacuum space of the full water vapour of the interior appearance of tank 79 ', under concentrated seawater immersible pump 60 ' suction force effect, the fresh water of upper flash chamber 40 ' inner top is vaporized and finally makes air cylinder 71 ', supercharging gas collecting tank 74 ', upper flash chamber 40 ' and the lower interior appearance of flash chamber 44 ' are full of the nearly vacuum space of water vapour, instantly the freshwater level of flash chamber 44 ' bottom drops to after to a certain degree, elastic switch unlatching is made emergency shower endless tube water supply arm electromagnetic valve 13 ' open and makes prompting electric bell ring simultaneously by liquid level induction system 55 ', under differential pressure action, the interior sea water of liquid level stabilizing sea water cistern 1 ' enters, through sea water water supply first passage, the emergency shower endless tube 14 ' spray that upper flash chamber 40 ' is interior, fresh water tapping pipe valve 65 ' and water filling sluicing electromagnetic valve 120 ' are closed in the prompting of electric bell ring in time, open concentrated seawater power-assist hydroturbine water intake tube valve 67 ' and open permanent magnetism internal rotor high-speed motor 41 ' simultaneously；

(53). permanent magnetism internal rotor high-speed motor 41 ' band dynamic pressure vapour snail fan group 45 ', after suction vapour snail fan group 42 ' and high pressure snail fan group 72 ' operate simultaneously, open motor refrigerated sea water feed pipe valve 28 ' immediately in proper order, each steam condensation seawater spraying endless tube water supply arm valve 10 ', magnetron cooling water main's valve 32 ' and gas booster pump group refrigerated sea water water main's valve 21 ', and increase the unlatching quantity of fresh water immersible pump 106 ' and concentrated seawater immersible pump 60 ' in proper order, the sea water that liquid level stabilizing sea water cistern 1 ' is interior under differential pressure action flows separately through sea water and supplies water first, two, three, four-way enters upper flash chamber 40 ' and sprays flash distillation, inhaling vapour snail fan group 42 ' makes the steam in flash chamber be gathered in flash chamber headroom, the steam that pressure vapour snail fan group 45 ' makes lower flash chamber 44 ' interior is gathered in flash chamber 40 ' headroom, high pressure snail fan group 72 ' will send into supercharging gas collecting tank 74 ' again after steam primary compression, a part of steam in supercharging gas collecting tank sequentially heats tank water filling tapping pipe 90 ' entrance high pressure through steam drainage tube epimere pipe 89 ' and high pressure and heats tank 79 ', another part steam is sequentially through steam drain epimere pipe 89 ', steam drain stage casing pipe 93 ' and steam drain hypomere pipe 96 ' enter steam diversion interlayer 97 ', the pressure of high pressure snail fan group 72 ' and the suction force of fresh water immersible pump 106 ' are drawn the interior steam of steam diversion interlayer 97 ' and are entered each steam condensing cooling pipe 98 ', due to steam condense seawater to make heat exchange case 5 ' have bigger volume and wherein steam condensing cooling pipe 98 ' uniformly gather, when fresh water immersible pump 106 ' extracts fresh water, steam heat-exchanging condensation area is gradually increased along with the decline of the interior fresh water liquid level of steam condensing cooling pipe 98 ', finally make steam condensation rate and fresh water extract speed to maintain an equal level, fresh water after cooling imports fresh water retention reservoir 113 ' through fresh water immersible pump 106 ', in steam condensation and fresh water cooled process, steam is condensed the heating of seawater that seawater to make heat exchange case 5 ' is interior by the heat energy of release, gradate as pressure vapour flash evaporation so that entering the sea water of spray in upper vaporization chamber by initial room temperature pressure vapour flash distillation；

(54). the concentrated seawater of the upper interior generation of flash chamber 40 ' flows into upper flash chamber concentrated seawater spraying ring pipe group 48 ' again through upper flash chamber concentrated seawater drainage tube 47 ' under gravity, and in the interior room temperature spray flash distillation of lower flash chamber 44 ', the concentrated seawater that in lower flash chamber, evaporation produces is imported concentrated seawater cistern 70 ' by concentrated seawater immersible pump 60 ', the unlatching quantity of increase and decrease concentrated seawater immersible pump 60 ' can regulate lower flash chamber concentrated seawater and derive the concentrated seawater flow that the shared pipe 56 ' of fresh water sluicing is interior, so that the unlatching quantity of increase and decrease concentrated seawater immersible pump 60 ' can regulate lower flash chamber 44 ' bottom accumulates the liquid level of concentrated seawater, instantly when the concentrated seawater that flash chamber 44 ' bottom is built up floods the concentrated seawater suction inlet 54 ' of concentrated seawater spray thrower 49 ' bottom repeatedly, under permanent magnetism internal rotor high-speed motor 41 ' forward working order, the concentrated seawater that lower flash chamber 44 ' bottom is built up is inhaled into concentrated seawater suction inlet 54 ' and flows through and take out pipe 53 ' on the concentrated seawater in concentrated seawater spray thrower 49 ' axis repeatedly, concentrated seawater divides water cavity 52 ', pass through the concentrated seawater discrete pipe 51 ' of each radially uniform distribution, concentrated seawater is shower 50 ' repeatedly, room temperature spray flash distillation is repeated in lower flash chamber 44 ', this just enables the height of concentrated seawater liquid level bottom lower flash chamber determine, and can the concentrated seawater bottom lower flash chamber be inhaled into concentrated seawater spray thrower 49 ' repeatedly and enter repeatedly room temperature spray flash condition, and then make the unlatching quantity of increase and decrease concentrated seawater immersible pump 60 ' just can regulate the water temperature deriving concentrated seawater, when the water temperature of derivation concentrated seawater is higher than 0 DEG C, close some vapor condensation seawater spraying endless tube water supply arm valve 10 ', temporarily turn seawater spraying amount down, and increase fresh water immersible pump 106 ' unlatching quantity, reduce the unlatching quantity of concentrated seawater immersible pump 60 ' simultaneously, the cold concentrated seawater that the interior evaporation of lower flash chamber 44 ' produces is made only to be exported on a small quantity before temperature is down to 0 DEG C, and in flash chamber, cold concentrated seawater is inhaled into concentrated seawater spray thrower 49 ' repeatedly under the major part not being exported, room temperature spray flash distillation it is repeatedly performed in lower flash chamber 44 ', until temperature be down to 0 DEG C even lower after be exported, being fixedly installed on the stirring blade high speed rotating of the concentrated seawater outside concentrated seawater suction inlet 54 ' tube wall can prevent the concentrated seawater liquid level surface of lower flash chamber 44 ' bottom from freezing；

(55). after the evaporation of seawater that above vaporization chamber 40 ' is interior is converted into pressure vapour flash evaporation pattern, slowly regulating steam drainage tube stage casing pipe flow control valve 94 ' makes the steam drainage tube stage casing interior steam flow of pipe 94 ' be gradually reduced and close in proper order a number of fresh water immersible pump 106 ', the reduction of the steam drainage tube stage casing interior steam flow of pipe 94 ' makes supercharging gas collecting tank 74 ', steam drainage tube epimere pipe 89 ', the steam pressure that high pressure heats tank water filling tapping pipe 90 ' and high pressure heats tank 79 ' interior gradually rises, final plant closure steam drainage tube stage casing pipe flow control valve 94 ' and whole fresh water immersible pumps 106 ', when high pressure heat the pressure that tank 79 ' Pressure gauge shows no longer raise time, close high pressure and heat tank water filling tapping pipe valve 91 ', open each gas boosting pumping trachea valve 77 ' in proper order and open each gas boosting pump 23 ' in proper order, improve high pressure further and heat the interior steam pressure of tank 79 ', electric box is the spiral solenoid conveying high frequency alternating current that high pressure heats on pot sidewall, make the ferromagnetic metal outer wall interior generation high frequency vortex current that high pressure heats tank that high pressure to heat steam heating in tank 79 ' sidewall and tank to heat, when high pressure heats the pressure requirements that steam pressure in tank meets driving steam turbine 84 ', open steam turbine air inlet pipe valve 83 ' and steam turbine exhaust valve 86 ', high temperature and high pressure steam drives steam turbine 84 ' to operate and output power or power, main electric power or power output system enter generating or power output state, open the fresh water immersible pump 106 ' of respective numbers in proper order, the steam that steam turbine exhaustor 85 ' is discharged imports fresh water retention reservoir 113 ' after steam drainage tube hypomere pipe 96 ' and steam diversion interlayer 97 ' enter each steam condensing cooling pipe 98 ' condensing cooling, device enters water-electricity cogeneration state；

(56). in whole controlling the water circulation process, utilize water pump cooler bin 3 ' water inlet, the water outlet of steam condensation fresh water cooled and derivation passage and concentrated seawater are derived the useless remaining useless water flow dynamic energy of water outlet of passage and are driven the water pump cooler bin power-assist hydraulic turbine 2 ' respectively, the fresh water power-assist hydraulic turbine 111 ' and the operating of the concentrated seawater power-assist hydraulic turbine 68 ', each power-assist hydraulic turbine drives accumulation of energy rotating shaft 87 ' to rotate through drive and transmission band respectively jointly, accumulation of energy rotating shaft operates through speed increasing gear group drive electrical generators 88 ', electromotor 88 ' sends electric current after electric panel room processes, for water-cooled magnetron 35 ', spiral solenoid 80 ' and other electrical equipments are powered, the upper interior temperature of flash chamber 40 ' is improved with microwave heating, utilize and wait to steam each magnetron 35 ' of cooled with seawater, each motor and the permanent magnetism inner rotor motor 41 ' of gas boosting pump group 23 ' improve capacity usage ratio further, the vapour snail fan group 42 ' of inhaling of high speed rotating plays the effect of microwave stirring, so that upper flash chamber inner space thermally equivalent make evaporability strengthen；

(57). need the parts taking Insulation to include: upper flash chamber 40 ', air cylinder 71 ', supercharging gas collecting tank 74 ', high pressure heats tank 79 ', steam drainage tube epimere pipe 89 ', steam drainage tube stage casing pipe 93 ', steam drainage tube hypomere pipe 96 ', high pressure heats tank water filling tapping pipe 90 ', steam turbine air inlet pipe 82 ', steam turbine 84 ', steam turbine exhaustor 85 ', each gas boosting pumping steam pipe 76 ', each gas boosting pump gland steam exhauster 78 ', each gas boosting pump 23 ' water cooling chamber, each gas boosting pump refrigerated sea water exit branch 24 ', gas boosting pump group refrigerated sea water outfall sewer 25 ', steam condensation seawater to make heat exchange case 5 ', steam condensation seawater spraying endless tube group water main 7 ', each steam condensation seawater spraying endless tube water supply arm 9 ', the interior cooling room of each magnetron 35 ', each magnetron cooling water outlet pipe 36 ', motor 41 ' water cooling chamber, motor refrigerated sea water outlet pipe 29 '.

Claims (6)

1. potential deprives formula water-electricity cogeneration method, it is characterised in that:

1001). realize with vacuum distillation method comprising seawater desalination system in the device of electric power or power output simultaneously preparing fresh, with steam-powered main electric power or power output system, with the secondary electric power output system that useless remaining water flow dynamic energy drives, multiple stage immersible pump, flash chamber and at least one normal-temperature distilled lower flash chamber at least one thermal distillation, water-cooled permanent magnetism internal rotor high-speed motor, air-breathing snail fan group, pressure vapour snail fan group, high pressure snail fan group, concentrated seawater is spray thrower repeatedly, electric box, electromagnetic heating apparatus and microwave heating equipment, sea water cistern, fresh water retention reservoir, liquid level stabilizing concentrated seawater pond, seawater to make heat exchange water channel, steam condensation fresh water cooled and derivation passage, concentrated seawater derives passage, each related housing, pipe valve, threeway, flow takes into account drive and the common seawater desalination system of transmission band, air cylinder and high pressure snail fan group, supercharging gas collecting tank, gas boosting pump group, high pressure heats tank and electromagnetic heating apparatus thereof, steam turbine and electric power thereof or motive power outputting apparatus, relevant pipe valve collectively constitutes main electric power or power output system, each power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor and associated actuator facility collectively constitute secondary electric power output system；

1002). first estimate or determine that the water of lower 1 kilogram of certain pressure intensity heats up until completely vaporizing required energy X gradually from 0 DEG C, measure the temperature T of sea water to be evaporated again, substitute into Q=CM Δ t, calculate this temperature sea water of M kilogram according to X=CMT to be cooled to 0 DEG C and can discharge these energy, thus estimating according to 1: M this ratio or determining fresh water production output and the freezing point ratio in sea water supply ratio under normal-temperature vacuum distillation condition, utilize this freezing point ratio, determine the ratio of conveying sea water amount and fresh water extraction amount in the initial controlling the water circulation situation lower unit interval, so that it is determined that sea water immersible pump, the type selecting of concentrated seawater immersible pump and fresh water immersible pump, quantity collocation and standby and unlatching quantity, after vacuum distilling water generator runs, with reference to the flow that each effusion meter shows, the flow of regulation and control unit interval maritime interior waters spray flux and concentrated seawater and fresh water, make device when initial launch in the unit interval ratio of fresh water extraction amount and sea water conveying capacity be not more than 1: M, utilize the sea water of more than 0 DEG C when being cooled to 0 DEG C self potential of releasable sea water carry out startup stage room temperature pressure vapour flash evaporation seawater desalting, whole controlling the water circulation process is produced and the fresh water of the basic isothermal of normal temperature seawater with sea water self potential for the main controlling the water circulation energy；

1003). first make air cylinder before controlling the water circulation, supercharging gas collecting tank, high pressure heats tank, vacuum is presented completely in upper flash chamber and lower flash chamber, make to be full of in seawater to make heat exchange water channel and wait to steam sea water, make concentrated seawater derive and in passage, be full of fresh water or sea water, make steam condensation fresh water cooled and derive full fresh water in passage, open fresh water immersible pump simultaneously, spraying ring pipe feed pipe valve and water-cooled permanent magnetism inner rotor motor, sea water in seawater to make heat exchange water channel enters flash chamber under differential pressure action and sprays and carry out room temperature flash distillation, water-cooled permanent magnetism inner rotor motor drives the snail fan group of calming the anger in lower flash chamber simultaneously, air-breathing snail fan group high speed rotating in concentrated seawater spray thrower repeatedly and upper flash chamber, air-breathing snail fan group makes the poly-upwards flash chamber top of the steam in flash chamber also force flash chamber maritime interior waters to continue to spray flash distillation simultaneously, gravity makes the concentrated seawater produced in flash chamber flow into lower flash chamber and spray flash distillation at lower flash distillation normal temperature laboratory, snail fan group of calming the anger is drawn and is compressed the steam in lower flash chamber and flows through the poly-upwards flash chamber top of the lower flash chamber dry pipe in snail fan group axis, also force the concentrated seawater in lower flash chamber to continue to spray flash distillation simultaneously, after the steam at upper flash chamber top flows through the non-power generating state steam open conduit in main electric power or power output system, enter steam condensation fresh water cooled and derive passage, much more as far as possible the suction traction steam of fresh water immersible pump flows through to be located at steam condensation fresh water cooled and derive the quantity in passage and and stretches each steam condensing cooling pipe that length is big as far as possible, utilize and wait that steaming sea water forces steam condense and cool down fresh water, finally make steam condensation rate and fresh water extract speed to maintain an equal level, whole controlling the water circulation process promotes that sea water continues to evaporate and make steam to continue to condense in the way of aspirating compressed steam and continuing to extract fresh water；

1004). in controlling the water circulation process the heating of sustainable utilization steam condensation heat be about to enter upper flash chamber wait steam sea water, utilize pump operation heat and the heating of motor operation heat be about to enter upper flash chamber wait steam sea water, so that the evaporating temperature of upper flash chamber maritime interior waters improves constantly, acceleration is pressed vapour flash distillation to convert to pressure vapour flash evaporation by room temperature in flash chamber, after upper flash chamber maritime interior waters enters thermal distillation pattern, measure the water temperature deriving concentrated seawater at any time and determine upper flash chamber maritime interior waters spray flux according to the water temperature deriving concentrated seawater, Flow-rate adjustment degree in concentrated seawater delivery line and the unlatching quantity of fresh water immersible pump；

1005). make the concentrated seawater produced after spraying and sprinkling evaporation in lower flash chamber accumulate in bottom lower flash chamber by regulating concentrated seawater flow in concentrated seawater delivery line, instantly when the concentrated seawater bottom flash chamber floods the suction inlet of concentrated seawater spray thrower repeatedly in lower flash chamber, aspirated and be repeatedly performed in lower flash chamber room temperature spray flash distillation by concentrated seawater spray thrower repeatedly, until these cold concentrated seawaters directly being derived after obtaining 0 DEG C of cold concentrated seawater that even temperature is more lower, the concentrated seawater temperature derived in lower flash chamber is maintained about 0 DEG C by whole controlling the water circulation process as far as possible, all the time these cold concentrated seawaters are not allowed to participate in the heat exchange in water generator, after the steam that in lower flash chamber, evaporation produces is pressed vapour snail fan group to derive rapidly, condensation heat is passed to be about to enter upper flash chamber wait steam sea water, these energy are stayed and are participated in energy conversion in device, and carry out all the time distilling without the normal-temperature distilled even low normal temp of any auxiliary thermal source in lower flash chamber, this controlling the water circulation process allowing for this desalinization becomes a process continuing to deprive sea water self potential energy accumulation gradually, huge potential can be discharged owing to substantial amounts of normal temperature seawater is cooled to 0 DEG C, Insulation puts in place under premise, the normal-temperature vacuum pressure vapour flash distillation not only going up original state in flash chamber quickly can be automatically converted to Vacuum Pressure vapour heat-lightening and evaporates, and quickly can accumulate in seawater desalination system and be available for main electric power or power output system utilizes the plentiful heat energy of steam-electric power；

1006). after upper flash chamber entrance Vacuum Pressure vapour heat-lightening evaporates pattern, progressively close off steam be directly entered steam condensation fresh water cooled and derive the steam drainage tube flow control valve of passage and each fresh water immersible pump, open gas boosting pump group in proper order, the high pressure snail fan group of gas boosting pump group and high speed rotating makes steam be accumulated in high pressure gradually to heat in tank, Electromagnetic Heating makes high pressure heat the steam pressure build up in tank, heating steam course does not have the decalescence of water to make heating energy consumption be greatly lowered, high temperature and high pressure steam drives steam turbine operating, steam turbine drive electrical generators generates electricity or directly exports power, the steam that steam turbine is discharged imports steam condensation fresh water cooled and derives passage and be condensed cooling, obtain room temperature fresh water, the plentiful heat energy of accumulation in seawater desalination system is made to be able in the way of being converted into kinetic energy to discharge, so that the potential entering thermal distillation pattern is deprived formula water-electricity cogeneration device and is kept being performed continuously over Vacuum Pressure vapour high temperature distillation in upper flash chamber, the water-electricity cogeneration pattern that Vacuum Pressure vapour is normal-temperature distilled it is performed continuously in lower flash chamber, generating and controlling the water circulation process in derive a large amount of cold concentrated seawater can be directly used for boats and ships process auxiliary drive or summer preventing heatstroke；

1007). make each power-assist hydraulic turbine not closed on mutually each other jointly drive accumulation of energy rotating shaft to operate by the useless remaining water flow dynamic energy in controlling the water circulation process, accumulation of energy rotating shaft drive electrical generators generates electricity, obtained electric current is magnetron after electric box processes, firing equipment and other electricity consumption facility powers such as spiral coil, add thermal high with electromagnetic energy and heat steam in tank, upper flash distillation indoor temperature is improved further with microwave heating, with magnetron cooling heat heating be about to enter upper flash chamber wait steam sea water, the vapour snail fan group of inhaling of high speed rotating plays the effect of microwave stirring, so that upper flash chamber inner space thermally equivalent make evaporability strengthen.

2. potential according to claim 1 deprives formula water-electricity cogeneration method, including utilize Torricellian vacuum preparing fresh and realize simultaneously electric power or power output Tuo Shi vacuum potential deprive formula water-electricity cogeneration method, Tuo Shi vacuum potential deprives formula water-electricity cogeneration method, it is characterised in that:

2001). by sea water cistern, fresh water retention reservoir, liquid level stabilizing concentrated seawater pond, water pump cooler bin, fresh water jet high pressure diving pump, ejector, multiple stage fresh water immersible pump, multiple stage sea water immersible pump, fresh water cooling coil again in fresh water cooler bin again and case, condensing cooling pipe group in transfer cooler bin and case, steam condenser pipe group in seawater to make heat exchange case and case, comprise flash chamber and the flash tank of lower flash chamber, water-cooled permanent magnetism internal rotor high-speed motor, air-breathing snail fan group, calm the anger snail fan group, seawater spraying pipe group, concentrated seawater shower group, concentrated seawater is spray thrower repeatedly, air cylinder, high pressure snail fan group, supercharging gas collecting tank, gas boosting pump group, high pressure heats tank, steam turbine, electric box, microwave heating equipment, electromagnetic heating apparatus, fresh water is the cooler bin power-assist hydraulic turbine again, the transfer cooler bin power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine, the concentrated seawater power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor, each relevant pipe valve, threeway, flow takes into account drive and transmission band collectively constitutes Tuo Shi vacuum potential and deprives formula water-electricity cogeneration device, wherein, and air cylinder and high pressure snail fan group, supercharging gas collecting tank, gas boosting pump group, high pressure heats tank and electromagnetic heating apparatus thereof, steam turbine and electric power thereof or motive power outputting apparatus, relevant pipe valve collectively constitutes main electric power or power output system, each power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor and associated actuator facility collectively constitute secondary electric power output system, and all the other equipment collectively constitute seawater desalination system；

2002). fresh water retention reservoir and liquid level stabilizing concentrated seawater pond are disposed adjacent on ground level, the hollow airtight cylindrical tube shape flash tank horizontal subdivision of axis vertical becomes upper flash chamber and lower flash chamber, annulus column seawater to make heat exchange case coaxial package is on upper flash chamber outer wall, lower flash chamber bottom surface exceeds concentrated seawater liquid level 10 meters in liquid level stabilizing concentrated seawater pond, seawater to make heat exchange box top horizontal subdivision goes out steam diversion interlayer, seawater to make heat exchange bottom portion horizontal subdivision goes out soda pop and confluxes interlayer, soda pop confluxes interlayer bottom surface slightly above upper flash chamber bottom surface, steam condenser pipe that is multiple vertical and that be shaped like pulling open state strong spiral spring of trying one's best is evenly distributed in seawater to make heat exchange case, seawater to make heat exchange case sidewall top sets seawater to make heat exchange case exhaust solenoid valve；

2003). upper flash chamber headspace sets suction vapour snail fan group, lower flash chamber headspace sets pressure vapour snail fan group, inhale vapour snail fan group, pressure vapour snail fan group is all fixedly set on suction vapour pressure vapour snail fan group axis, the outer roof of upper flash chamber sets water-cooled permanent magnetism internal rotor high-speed motor, the permanent magnetism internal rotor of permanent magnetism internal rotor high-speed motor is led to magnetic seal cover and is sealed in the confined space of the upper flash chamber inner space of connection, during the operating of permanent magnetism internal rotor high-speed motor forward, inhale vapour snail fan group and both vapor compression in upper flash chamber can be sucked in upper flash chamber headroom, both vapor compression in lower flash chamber can be sucked the lower flash chamber dry pipe in vapour pressure vapour snail fan group axis and import in upper flash chamber headroom through lower flash chamber dry pipe by pressure vapour snail fan group；

2004). the pressure vapour snail fan group lower horizontal in lower flash chamber arranges flash chamber concentrated seawater spraying ring pipe group again, upper flash chamber concentrated seawater spraying ring pipe group again connects upper flash chamber inner space through being located at the connection of the upper flash chamber concentrated seawater drainage tube in lower flash chamber, the concentrated seawater that during controlling the water circulation, in upper flash chamber, evaporation produces flows into upper flash chamber concentrated seawater spraying ring pipe group again through upper flash chamber concentrated seawater drainage tube under gravity, and carries out room temperature spray flash distillation in lower flash chamber；

2005). inhale the fixing connection in vapour pressure vapour snail fan group axis bottom concentrated seawater spray thrower repeatedly, during the operating of permanent magnetism internal rotor high-speed motor forward, concentrated seawater suction inlet the concentrated seawater of submergence concentrated seawater suction inlet in lower flash chamber can be sucked concentrated seawater is taken out Guan Bingjing concentrated seawater takes out pipe, concentrated seawater divides water cavity and each concentrated seawater discrete pipe imports concentrated seawater shower repeatedly, the concentrated seawater of entrance concentrated seawater shower repeatedly sprays under centrifugal action and throws away；

2006). the derivation fresh water sluicing threeway of lower flash chamber, lower flash chamber concentrated seawater drainage tube, concentrated seawater, concentrated seawater delivery line, concentrated seawater power-assist spiral case, liquid level stabilizing concentrated seawater pond are sequentially connected with and collectively constitute concentrated seawater derivation passage, lower flash chamber concentrated seawater drainage tube is set flash chamber concentrated seawater drainage tube effusion meter, concentrated seawater delivery line sets concentrated seawater delivery line flow control valve；

2007). in connection, the air cylinder of flash chamber inner space is fastened on the outer roof of flash chamber, and high pressure heats tank, supercharging gas collecting tank, air cylinder from upper and under be coaxially disposed, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, each gas boosting pumping trachea, gas boosting pump group, each gas boosting pump exhaustor, high pressure heats tank, steam turbine air inlet pipe, steam turbine, steam turbine exhaustor, steam diversion interlayer and related valve are sequentially connected with the acting passage forming main electric power or power output system, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drainage tube, steam diversion interlayer and related valve are sequentially connected with composition non-power generating state steam open conduit, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, gas boosting pump group bypass tube, high pressure heats tank and sequentially connects the waterflood path connecting to form main electric power or power output system, high pressure heats tank top and sets high pressure and heat tank water filling exhaust solenoid valve, gas boosting pump group bypass tube sets gas boosting pump group bypass tube valve, each gas boosting pumping trachea sets gas boosting pumping trachea valve, steam drainage tube sets steam drainage tube flow control valve；

2008). water pump cooler bin, fresh water is cooler bin again, fresh water the cooler bin power-assist hydraulic turbine and spiral case thereof again are each provided in sea water cistern maritime interior waters, all water pump concentrated settings are in water pump cooler bin, water pump cooler bin connects sea water cistern maritime interior waters through fresh water cooler bin again with fresh water cooler bin power-assist spiral case again, transfer cooler bin top and bottom horizontal subdivision respectively goes out soda pop shunting interlayer and fresh water assembles interlayer, condensing cooling pipe that is multiple vertical and that be shaped like pulling open state strong spiral spring of trying one's best is evenly distributed in transfer cooler bin, under fresh water gathering interlayer about diapire 3-----5 rice above ground level, the transfer cooler bin power-assist hydraulic turbine is located at transfer cooler bin roof slightly above, transfer cooler bin sidewall top sets transfer cooler bin exhaust solenoid valve；

2009). water stream channel in the fresh water cooler bin power-assist hydraulic turbine again, fresh water is cooler bin again, water pump cooler bin feed pipe, water pump cooler bin, each sea water immersible pump, each sea water water supply arm, transfer cooler bin power-assist hydraulic turbine feed pipe, water stream channel in the transfer cooler bin power-assist hydraulic turbine, transfer cooler bin is sequentially connected with into sea water water supply overall channel, each sea water water supply arm sets sea water water supply arm valve, during controlling the water circulation, this passage is that Tuo Shi vacuum potential deprives the formula water-electricity cogeneration device provisioning sea water through all pump motors operating heat and the heating of fresh water cooled heat through sea water immersible pump；

2010). inhale in upper flash chamber below vapour snail fan group and set magnetron cool water shower endless tube, motor refrigerated sea water spraying ring pipe, heat-exchanging sea-water spraying ring pipe group, transfer cooler bin, wait to steam sea water water main, heat exchange box water supply cooling water threeway, seawater to make heat exchange case feed pipe, seawater to make heat exchange case, each heat-exchanging sea-water spraying ring pipe feed pipe, each heat-exchanging sea-water spraying ring pipe collectively constitutes sea water and supplies water the first subchannel, wait to steam sea water water main sets and wait to steam sea water water main's effusion meter, each heat-exchanging sea-water spraying ring pipe feed pipe is respectively equipped with heat-exchanging sea-water spraying ring pipe feed pipe electromagnetic valve, under duty, sea water first subchannel that supplies water is the sea water that upper flash chamber supply is heated through steam condensation heat；

2011). upper flash chamber bottom outside wall is uniformly arranged multiple water-cooled magnetron and corresponding air-tightness microwave feed-in mouth, heat exchange box water supply cooling water threeway, refrigerated sea water water main, magnetron cooling water power motivation cooling water threeway, magnetron cooling water main, magnetron cooling moisture flow tube, each magnetron cooling water inlet pipe, cooling room in each magnetron, each magnetron cooling water outlet pipe, magnetron cooling water outlet manifold trunk, magnetron cooling Waterborne running spray feed pipe, magnetron cool water shower endless tube sequentially connects and connects into sea water and supply water the second subchannel, magnetron cooling water main sets magnetron cooling water main's valve, under duty, sea water second subchannel that supplies water is upper flash chamber supply through the sea water of magnetron cooling heat heating；

2012). magnetron cooling water power motivation cooling water threeway, motor refrigerated sea water feed pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe, motor refrigerated sea water spraying ring pipe sequentially connects and connects into sea water water supply the 3rd subchannel, motor refrigerated sea water feed pipe sets motor refrigerated sea water feed pipe valve, under duty, sea water water supply the 3rd subchannel is the sea water that upper flash chamber supply is heated through motor operation heat, sea water water supply overall channel, sea water supplies water the first subchannel, sea water supplies water the second subchannel, sea water water supply the 3rd subchannel collectively constitutes seawater to make heat exchange water channel；

2013). steam diversion interlayer, each steam condenser pipe, soda pop is confluxed interlayer, soda pop drainage tube, soda pop shunting interlayer, each condensing cooling pipe, fresh water assembles interlayer, fresh water drainage tube, fresh water cooled coil pipe, derive fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, derive the suction threeway of fresh water jet fresh water, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, derive fresh water sluicing fresh water threeway, derive fresh water sluicing fresh water and share pipe, fresh water spiral case, fresh water retention reservoir is sequentially connected with and collectively constitutes steam condensation fresh water cooled and derive passage, derive and fresh water suction tube sets derivation fresh water suction tube valve, each fresh water suction branch sets fresh water suction branch valve, derive fresh water sluicing fresh water and share the Guan Shangshe shared tube valve of derivation fresh water sluicing fresh water；

2014). the outer roof of steam diversion interlayer sets an ejector, steam diversion interlayer connects the induction chamber of ejector through ejector suction nozzle, ejector suction nozzle sets ejector suction nozzle check valve, derive the suction threeway of fresh water jet fresh water, jet fresh water extraction tube, fresh water jet high pressure diving pump, ejector is for fresh water pipe, ejector, gas-liquid mixed flow conduit, fresh water spiral case, fresh water retention reservoir is sequentially connected with and collectively constitutes fresh water jet on-condensible gas derivation passage, in controlling the water circulation process, on-condensible gas is imported fresh water retention reservoir by the intermittent water supply ejector opened in fresh water jet high pressure diving pump extraction fresh water cooling coil again；

2015). the lower diapire of upper flash chamber sets water filling sluicing electromagnetic valve, fresh water retention reservoir, inject fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, derive the suction threeway of fresh water jet fresh water, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, derive fresh water sluicing fresh water threeway, fresh water tapping pipe, concentrated seawater derives fresh water sluicing threeway, lower flash chamber concentrated seawater drainage tube, lower flash chamber, water filling sluicing electromagnetic valve, upper flash chamber, air cylinder, supercharging gas collecting tank, steam drainage tube, steam diversion interlayer, each steam condenser pipe, soda pop is confluxed interlayer, soda pop drainage tube, soda pop shunting interlayer, each condensing cooling pipe, fresh water assembles interlayer, fresh water drainage tube, fresh water cooled coil pipe, derive the suction threeway of fresh water jet fresh water, jet fresh water extraction tube, fresh water jet high pressure diving pump, ejector is for fresh water pipe, high pressure heats tank and collectively constitutes fresh water waterflood path, injects and sets injection fresh water suction tube valve on fresh water suction tube, fresh water tapping pipe sets fresh water tapping pipe valve；

2016). upper flash chamber, water filling sluicing electromagnetic valve, lower flash chamber, lower flash chamber concentrated seawater drainage tube, concentrated seawater derive fresh water sluicing threeway, fresh water tapping pipe, derivation fresh water sluicing fresh water threeway, derivation fresh water sluicing fresh water shares pipe, fresh water power-assist spiral case, fresh water retention reservoir are sequentially connected with and collectively constitute injection fresh water drainage gallery；

2017). before controlling the water circulation, all valves are closed, and when preparing controlling the water circulation, first open fresh water tapping pipe valve, water filling sluicing electromagnetic valve, steam drainage tube flow control valve, gas boosting pump group bypass tube valve, high pressure heats tank water filling exhaust solenoid valve, starts an appropriate number of fresh water immersible pump and opens corresponding fresh water suction branch valve, concentrated seawater is derived passage, lower flash chamber, upper flash chamber, non-power generating state steam open conduit, steam condensation fresh water cooled and derivation passage, fresh water jet on-condensible gas derives passage, high pressure heats and fills fresh water in tank, closes fresh water immersible pump and corresponding fresh water suction branch valve, high pressure heats tank water filling exhaust solenoid valve, inject fresh water suction tube valve, open transfer cooler bin exhaust solenoid valve and seawater to make heat exchange case exhaust solenoid valve again, start an appropriate number of sea water immersible pump and corresponding sea water water supply arm valve, sea water is supplied water and after filling sea water in overall channel, closes transfer cooler bin exhaust solenoid valve, continue will treat steaming sea water water main, seawater to make heat exchange case feed pipe, all fill sea water in seawater to make heat exchange case, close sea water immersible pump and corresponding sea water water supply arm valve and seawater to make heat exchange case exhaust solenoid valve, open derivation fresh water sluicing fresh water and share tube valve, make high pressure heat tank by gravity and atmospheric pressure, supercharging gas collecting tank, air cylinder, occurring in upper flash chamber and lower flash chamber that 10 meters high fresh water water columns of liquid level stabilizing occurs and keep in Torricellian vacuum in concentrated seawater derivation passage, steam condenses fresh water cooled and derives passage, fresh water jet on-condensible gas derives that the distribution situation of fresh water in passage is constant and sea water water supply overall channel and sea water supply water first, second, the distribution situation of the 3rd subchannel maritime interior waters is constant, and fresh water is closed water filling sluicing electromagnetic valve and derives the shared tube valve of fresh water sluicing fresh water after sluicing, open concentrated seawater delivery line flow control valve；

2018). after Torricellian vacuum occurring in upper flash chamber and lower flash chamber, open motor refrigerated sea water feed pipe valve in proper order, transfer cooler bin exhaust solenoid valve, magnetron cooling water main's valve, each heat-exchanging sea-water spraying ring pipe feed pipe electromagnetic valve, under differential pressure action, the sea water in transfer cooler bin flows separately through sea water and supplies water first, two, three subchannels enter upper flash chamber spray flash distillation, open a number of sea water immersible pump be continuously transfer cooler bin supply sea water and open the fresh water in a number of fresh water immersible pump extraction fresh water cooling coil again, simultaneously, open permanent magnetism internal rotor high-speed motor band dynamic pressure vapour snail fan group, inhale vapour snail fan group and the operating of high pressure snail fan group, inhaling vapour snail fan group makes the steam in flash chamber be gathered in flash chamber headroom, pressure vapour snail fan group makes the steam in lower flash chamber be gathered in flash chamber headroom, high pressure snail fan group will send into supercharging gas collecting tank again after steam primary compression, a part of steam in supercharging gas collecting tank enters high pressure through gas boosting pump group bypass tube and heats tank, another part steam flows through steam drainage tube and enters steam diversion interlayer, steam in the suction force traction steam diversion interlayer of fresh water immersible pump sequentially flows through each steam condenser pipe, each condensing cooling pipe and fresh water cooling coil again, when extracting fresh water, steam heat-exchanging condensation area is along with steam condenses fresh water cooled and derives the decline of fresh water liquid level in passage and is gradually increased, finally make steam condensation rate and fresh water extract speed to maintain an equal level, fresh water after cooling imports fresh water retention reservoir through fresh water immersible pump, in steam condensation and fresh water cooled process, the heat energy of release is by heating of seawater to be evaporated, gradate as pressure vapour flash evaporation so that entering the sea water of spray in upper vaporization chamber by initial room temperature pressure vapour flash distillation；

2019). the concentrated seawater produced in upper flash chamber flows into upper flash chamber concentrated seawater spraying ring pipe group again through upper flash chamber concentrated seawater drainage tube under gravity, and spray flash distillation at lower flash distillation normal temperature laboratory, the concentrated seawater that in lower flash chamber, evaporation produces destroys the pressure balance of water column below Torricellian vacuum and automatically flows into concentrated seawater cistern after flowing into lower flash chamber concentrated seawater drainage tube, regulate concentrated seawater delivery line flow control valve and can regulate the liquid level accumulating concentrated seawater bottom lower flash chamber, instantly when the concentrated seawater built up bottom flash chamber floods the concentrated seawater suction inlet of concentrated seawater spray thrower bottom repeatedly, under permanent magnetism internal rotor high-speed motor forward working order, the concentrated seawater built up bottom lower flash chamber is inhaled into concentrated seawater suction inlet and flows through and take out pipe on the concentrated seawater in concentrated seawater spray thrower axis repeatedly, concentrated seawater divides water cavity, the concentrated seawater discrete pipe passing through each radially uniform distribution enters concentrated seawater shower repeatedly, room temperature spray flash distillation is repeated in lower flash chamber, this just enables the height of concentrated seawater liquid level bottom lower flash chamber determine, and can the concentrated seawater bottom lower flash chamber be inhaled into concentrated seawater spray thrower repeatedly and enter repeatedly room temperature spray flash condition, the flash distillation of room temperature spray can reduce the temperature deriving concentrated seawater repeatedly, so that regulate concentrated seawater flow in concentrated seawater delivery line just can regulate the water temperature deriving concentrated seawater, when the water temperature of derivation concentrated seawater is higher than 0 DEG C, close part heat-exchanging sea-water spraying ring pipe feed pipe valve, temporarily turn seawater spraying amount down, and increase fresh water immersible pump unlatching quantity, concentrated seawater flow in concentrated seawater delivery line is suitably turned down simultaneously, the cold concentrated seawater that in lower flash chamber, evaporation produces is made only to be exported on a small quantity before temperature is down to 0 DEG C, and in flash chamber, cold concentrated seawater is inhaled into concentrated seawater spray thrower repeatedly under the major part not being exported, room temperature spray flash distillation it is repeatedly performed in lower flash chamber, until temperature be down to 0 DEG C even lower after be derived automatically from, being fixedly installed on the stirring blade high speed rotating of the concentrated seawater outside concentrated seawater suction inlet tube wall can prevent the concentrated seawater liquid level surface bottom lower flash chamber from freezing；

2020). after the evaporation of seawater in upper vaporization chamber is converted into pressure vapour flash evaporation pattern, slowly regulate steam drainage tube flow control valve make steam flow in steam drainage tube be gradually reduced and close part fresh water immersible pump in proper order, in steam drainage tube, being gradually reduced of steam flow makes supercharging gas collecting tank, the steam pressure that gas boosting pump group bypass tube and high pressure heat in tank gradually rises, final plant closure steam drainage tube flow control valve, when high pressure heat the pressure that pressure tank table shows no longer raise time, close gas boosting pump group bypass tube valve, open each gas boosting pump exhaust valve in proper order and open each gas boosting pump in proper order, improve high pressure further and heat steam pressure in tank, electric box is the spiral solenoid conveying high frequency alternating current that high pressure heats on pot sidewall, make the ferromagnetic metal outer wall interior generation high frequency vortex current that high pressure heats tank that high pressure to heat steam heating in pot sidewall and tank to heat, when high pressure heats the pressure requirements that steam pressure in tank meets driving steam turbine, open steam turbine air inlet pipe valve and steam turbine exhaust valve, high temperature and high pressure steam drives steam turbine to operate and output power or power, main electric power or power output system enter generating or power output state, opening section fresh water immersible pump in proper order again, the steam that steam turbine exhaustor is discharged enters steam condensation fresh water cooled and derives passage, device enters water-electricity cogeneration state；

2021). in whole controlling the water circulation process, utilize fresh water cooler bin water inlet again, transfer cooler bin water inlet, concentrated seawater delivery line water outlet and derivation fresh water sluicing fresh water share the useless remaining useless water flow dynamic energy of pipe water outlet and drive the fresh water cooler bin power-assist hydraulic turbine more respectively, the transfer cooler bin power-assist hydraulic turbine, the concentrated seawater power-assist hydraulic turbine and the operating of the fresh water power-assist hydraulic turbine, each power-assist hydraulic turbine drives accumulation of energy rotating shaft to rotate through drive and transmission band respectively jointly, accumulation of energy rotating shaft operates through speed increasing gear group drive electrical generators, electromotor sends electric current after electric panel room processes, power for water-cooled magnetron and other firing equipments and electrical equipment, upper flash distillation indoor temperature is improved with microwave heating, utilize and treat that the steaming each water-cooled magnetron of cooled with seawater and permanent magnetism inner rotor motor improve capacity usage ratio further, the vapour snail fan group of inhaling of high speed rotating plays the effect of microwave stirring, so that upper flash chamber inner space thermally equivalent make evaporability strengthen；

2022). supply sea water with the transfer cooler bin that sea water immersible pump is about 3-----5 rice eminence, relend help atmospheric pressure with 0.1 0.3 atmospheric pressure reduction make confession sea water through transfer cooler bin enter seawater to make heat exchange case, for vertically highly supplying sea water significantly more than the seawater to make heat exchange case of 10.336 meters and flash tank, both water supply consumption had been reduced, solve again the water hammer effect problem on sea water water channel, in production practices, open each spraying ring pipe feed pipe valve the water pump of switch sea water supply and fresh water extraction by group in proper order in proper order, water hammer effect problem when thorough solving device starts and closes；

2023). need the parts taking Insulation to include: air cylinder, high pressure heats tank, the associated conduit of main electric power or power output system, transfer cooler bin power-assist hydraulic turbine feed pipe, transfer cooler bin power-assist spiral case, transfer cooler bin outer surface, wait to steam sea water water main, seawater to make heat exchange case feed pipe, seawater to make heat exchange case outer surface, refrigerated sea water water main, magnetron cooling water main, magnetron cooling moisture flow tube, motor refrigerated sea water feed pipe, motor outer surface, the exposed outer wall of upper flash chamber, soda pop drainage tube, fresh water drainage tube, the exposed outer wall of upper flash chamber, seawater to make heat exchange case outer surface, pressure vapour tank, high pressure heats the key positions such as tank and preferably sets vacuum heat-insulation Dewar；

2024). Tuo Shi vacuum potential is deprived formula water-electricity cogeneration device many group devices preferably and is arranged in 6 floor rooms of a monolayer height 3.3 meters, often group Tuo Shi vacuum potential is deprived formula water-electricity cogeneration device and is included multiple Tuo Shi vacuum potential and deprive formula water-electricity cogeneration device, each sea water cistern of first group of water-electricity cogeneration device, each fresh water retention reservoir and each liquid level stabilizing concentrated seawater pond are arranged on Stall, each transfer cooler bin is arranged on second floor and each flash tank, each seawater to make heat exchange case and main electric power or power output system are arranged on 4th floors, the corresponding establishment of second group of water-electricity cogeneration device is separately positioned on second floor, three 5th floor, Lou He, the corresponding establishment of the 3rd group of water-electricity cogeneration device is separately positioned on 3rd floors, four 6th floor, Lou He.

3. potential according to claim 1 deprives formula water-electricity cogeneration method, also include utilizing water pump suction force create vacuum realize electric power or power output and simultaneously preparing fresh pump evacuation potential deprive formula water-electricity cogeneration method, pump evacuation potential deprives formula water-electricity cogeneration method, it is characterised in that:

3001). by liquid level stabilizing sea water cistern, fresh water retention reservoir, concentrated seawater cistern, water pump cooler bin, multiple stage fresh water immersible pump, multiple stage concentrated seawater immersible pump, steam condensing cooling pipe group in steam condensation seawater to make heat exchange case and case, comprise flash chamber and the flash tank of lower flash chamber, water-cooled permanent magnetism internal rotor high-speed motor, air-breathing snail fan group, calm the anger snail fan group, seawater spraying pipe group, upper flash chamber concentrated seawater spraying ring pipe group again, concentrated seawater is spray thrower repeatedly, air cylinder, high pressure snail fan group, supercharging gas collecting tank, gas boosting pump group, high pressure heats tank, steam turbine, electric box, microwave heating equipment, electromagnetic heating apparatus, the water pump cooler bin power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine, the concentrated seawater power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor, each associated conduit, valve, threeway, flow takes into account drive and transmission band collectively constitutes pump evacuation potential and deprives formula water-electricity cogeneration device, wherein, and gas boosting pump group, high pressure heats tank and electromagnetic heating apparatus thereof, steam turbine and electric power thereof or motive power outputting apparatus, relevant pipe valve collectively constitutes main electric power or power output system, each power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor and associated actuator facility collectively constitute secondary electric power output system, and all the other equipment collectively constitute seawater desalination system；

3002). liquid level stabilizing sea water cistern, fresh water retention reservoir and concentrated seawater cistern are disposed adjacent on ground level, high pressure heats tank, steam turbine, the airtight cylindrical tube shape flash tank of hollow of axis vertical is also all disposed within ground level, flash tank inner space horizontal subdivision becomes upper flash chamber and lower flash chamber, steam condensation seawater to make heat exchange case is immersed in liquid level stabilizing sea water cistern maritime interior waters, the top horizontal of steam condensation seawater to make heat exchange case inner space is separated out steam diversion interlayer, steam condensation seawater to make heat exchange bottom portion horizontal subdivision goes out fresh water and collects interlayer, steam condensing cooling pipe that is multiple vertical and that be shaped like pulling open state strong spiral spring of trying one's best is evenly distributed in steam condensation seawater to make heat exchange case, each steam condensing cooling pipe collectively constitutes steam condensing cooling pipe group, each steam condensing cooling ligament of steam condensation seawater to make heat exchange case inner space is full of sea water；

3003). water pump cooler bin, the water pump cooler bin power-assist hydraulic turbine and spiral case thereof are each provided in liquid level stabilizing sea water cistern, water pump cooler bin connects liquid level stabilizing sea water cistern maritime interior waters through the water pump cooler bin power-assist hydraulic turbine and spiral case thereof, all fresh water immersible pumps are submerged in water pump cooler bin maritime interior waters, the motor of all concentrated seawater immersible pumps is submerged in water pump cooler bin maritime interior waters, and the pump housing outside each concentrated seawater motor for submerged pump part and water inlet pipe and outlet pipe all expose in atmosphere；

3004). upper flash chamber headspace sets suction vapour snail fan group, lower flash chamber headspace sets pressure vapour snail fan group, inhale vapour snail fan group, pressure vapour snail fan group is all fixedly set on suction vapour pressure vapour snail fan group axis, inhale vapour pressure vapour snail fan group axis location and be arranged on flash tank axis place, the outer roof of upper flash chamber sets water-cooled permanent magnetism internal rotor high-speed motor, the permanent magnetism internal rotor of permanent magnetism internal rotor high-speed motor is led to magnetic seal cover and is sealed in the confined space of the upper flash chamber inner space of connection, during the operating of permanent magnetism internal rotor high-speed motor forward, inhale vapour snail fan group and both vapor compression in upper flash chamber can be sucked in upper flash chamber headroom, both vapor compression in lower flash chamber can be sucked the lower flash chamber dry pipe in snail fan group axis and import in upper flash chamber headroom through lower flash chamber dry pipe by pressure vapour snail fan group；

3005). inhale in upper flash chamber below vapour snail fan group and set magnetron cool water shower endless tube, motor refrigerated sea water spraying ring pipe, gas boosting pump refrigerated sea water spraying ring pipe, steam condensation seawater spraying endless tube group, liquid level stabilizing sea water cistern, water stream channel in the water pump cooler bin power-assist hydraulic turbine, water pump cooler bin, steam condensation seawater to make heat exchange case feed pipe, steam condensation seawater to make heat exchange case, steam condensation seawater spraying endless tube group water main, each steam condensation seawater spraying endless tube water supply arm, each steam condensation seawater spraying endless tube is sequentially connected with into sea water water supply first passage, during controlling the water circulation, this passage is that pump evacuation potential deprives formula water-electricity cogeneration device provisioning through all pump motors operating heat and steam condensation by pressure reduction, the sea water of fresh water cooled heat heating, certain steam set in each steam condensation seawater spraying endless tube condenses seawater spraying endless tube as emergency shower endless tube, and it is set as that it carries the steam of sea water condensation seawater spraying endless tube water supply arm to be emergency shower endless tube water supply arm, emergency shower endless tube water supply arm sets emergency shower endless tube water supply arm electromagnetic valve, all the other each steam condensation seawater spraying endless tube water supply arm is all provided with steam condensation seawater spraying endless tube water supply arm valve, steam condensation seawater spraying endless tube group water main sets steam condensation seawater spraying endless tube group water main's effusion meter；

3006). liquid level stabilizing sea water cistern, equipment refrigerated sea water water main, the cooling water threeway of component cooling water magnetron, gas boosting pump cooling water power motivation cooling water shares pipe, the cooling water power motivation cooling water threeway of gas boosting pump, gas boosting pump group refrigerated sea water water main, each gas boosting pump refrigerated sea water water supply arm, each gas boosting pump water cooling chamber, each gas boosting pump refrigerated sea water exit branch, gas boosting pump group refrigerated sea water outfall sewer, gas boosting pump refrigerated sea water spraying ring pipe is sequentially connected with into sea water water supply second channel, under duty, sea water water supply second channel is the upper flash chamber supply sea water through the cooling heat heating of each gas boosting pump, gas boosting pump group refrigerated sea water water main sets gas boosting pump group refrigerated sea water water main's valve, equipment refrigerated sea water water main's effusion meter on equipment refrigerated sea water water main；

3007). upper flash chamber lateral wall is uniformly arranged multiple water-cooled magnetron and corresponding air-tightness microwave feed-in mouth, each water-cooled magnetron and microwave feed-in mouth are as far as possible in same level, the cooling water threeway of component cooling water magnetron, magnetron cooling water main, magnetron cooling moisture flow tube, each magnetron cooling water inlet pipe, cooling room in each magnetron, each magnetron cooling water outlet pipe, magnetron cooling water outlet manifold trunk, magnetron cooling Waterborne running spray feed pipe, magnetron cool water shower endless tube sequentially connects and connects into sea water water supply third channel, magnetron cooling water main sets magnetron cooling water main's valve, under duty, sea water water supply third channel is the upper flash chamber supply sea water through magnetron cooling heat heating；

3008). the cooling water power motivation cooling water threeway of gas boosting pump, motor refrigerated sea water feed pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe, motor refrigerated sea water spraying ring pipe sequentially connects and connects into sea water water supply fourth lane, under duty, sea water water supply fourth lane is the sea water that upper flash chamber supply is heated through motor operation heat, motor refrigerated sea water feed pipe sets motor refrigerated sea water feed pipe valve, sea water water supply first passage, sea water water supply second channel, sea water water supply third channel, sea water water supply fourth lane collectively constitutes seawater to make heat exchange water channel；

3009). the pressure vapour snail fan group lower horizontal in lower flash chamber arranges flash chamber concentrated seawater spraying ring pipe group again, upper flash chamber concentrated seawater spraying ring pipe group again connects upper flash chamber inner space through being located at the connection of the upper flash chamber concentrated seawater drainage tube in lower flash chamber, the concentrated seawater that during controlling the water circulation, in upper flash chamber, evaporation produces flows into upper flash chamber concentrated seawater spraying ring pipe group again through upper flash chamber concentrated seawater drainage tube under gravity, and carries out room temperature spray flash distillation in lower flash chamber；

3010). inhale the fixing connection in vapour pressure vapour snail fan group axis bottom concentrated seawater spray thrower repeatedly, during the operating of permanent magnetism internal rotor high-speed motor forward, the concentrated seawater suction inlet of concentrated seawater spray thrower repeatedly the concentrated seawater of submergence concentrated seawater suction inlet in lower flash chamber can be sucked concentrated seawater is taken out Guan Bingjing concentrated seawater takes out pipe, concentrated seawater divides water cavity and each concentrated seawater discrete pipe imports concentrated seawater shower repeatedly, the concentrated seawater of entrance concentrated seawater shower repeatedly sprays under centrifugal action and throws away；

3011). the bottom margin place in lower flash chamber inner space sets virtue of buoyancy and lever principle realizes the liquid level induction system of contactor, liquid level induction system is by airtight hollow float, floating ball lever, fulcrum shaft, pull bar, rubbery elasticity diaphragm seal, elastic switch collectively constitutes, elastic switch controls emergency shower endless tube water supply arm electromagnetic valve and prompting electric bell through transmission line of electricity, elastic switch realizes contactor according to lever principle, when lower flash chamber bottom water level is higher, elastic switch is closed, instantly when flash chamber bottom water level is reduced to a certain degree, emergency shower endless tube water supply arm electromagnetic valve is opened and is made prompting electric bell ring simultaneously；

3012). lower flash chamber, lower flash chamber concentrated seawater is derived fresh water sluicing and is shared pipe, each concentrated seawater suction branch, each concentrated seawater immersible pump, each concentrated seawater immersible pump outlet pipe, concentrated seawater outfall sewer, concentrated seawater derives fresh water sluicing threeway, concentrated seawater power-assist hydroturbine water intake pipe, the concentrated seawater power-assist hydraulic turbine, concentrated seawater power-assist hydraulic turbine outlet pipe, concentrated seawater cistern is sequentially connected with and collectively constitutes concentrated seawater derivation passage, each concentrated seawater suction branch sets concentrated seawater suction branch valve, concentrated seawater power-assist hydroturbine water intake Guan Shangshe concentrated seawater power-assist hydroturbine water intake tube valve, lower flash chamber concentrated seawater derivation fresh water sluices to share and sets the flash chamber concentrated seawater derivation shared flowmeter for pipe of fresh water sluicing on pipe；

3013). air cylinder is fastened on the outer roof of flash chamber, the upper flash chamber inner space of air cylinder inner space connection that end opening is open, supercharging gas collecting tank and air cylinder are coaxially disposed up and down, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, each gas boosting pumping steam pipe, gas boosting pump group, each gas boosting pump gland steam exhauster, high pressure heats tank, steam turbine steam inlet pipe, steam turbine, steam turbine discharge pipe, steam diversion interlayer and related valve are sequentially connected with the acting passage forming main electric power or power output system, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drain epimere pipe, steam drain stage casing is managed, steam drain hypomere pipe, steam diversion interlayer and related valve are sequentially connected with composition non-power generating state steam open conduit, each gas boosting pumping steam pipe sets gas boosting pumping steam pipe valve；

3014). upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drainage tube epimere pipe, steam drain high pressure heats tank water filling sluicing threeway, steam drainage tube stage casing is managed, steam drain steam turbine discharge threeway, steam drainage tube hypomere pipe, steam diversion interlayer, each steam condensing cooling pipe, fresh water collects interlayer, fresh water suction house steward, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water power-assist hydroturbine water intake pipe, the fresh water power-assist hydraulic turbine, fresh water power-assist hydraulic turbine outlet pipe, fresh water retention reservoir is sequentially connected with and collectively constitutes steam condensation fresh water cooled and derive passage, Guan Shangshe steam drainage tube stage casing, steam drainage tube stage casing pipe flow control valve, derive and fresh water suction house steward sets derivation fresh water suction house steward's valve, each fresh water suction branch sets fresh water suction branch valve, fresh water power-assist hydroturbine water intake Guan Shangshe fresh water power-assist hydroturbine water intake tube valve；

3015). on-condensible gas discharge pipe air inlet is opened on steam diversion interlayer inner roof wall, on-condensible gas discharge pipe gas outlet is opened on fresh water power-assist spiral case inwall, on-condensible gas discharge pipe outlet side sets on-condensible gas discharge pipe and gives vent to anger valve, in controlling the water circulation process, intermittence is opened on-condensible gas discharge pipe and is given vent to anger valve, and the high steam that steam turbine is discharged makes on-condensible gas import in fresh water retention reservoir in fresh water through the fresh water power-assist hydraulic turbine；

3016). fresh water retention reservoir, inject fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water water injection pipe, fresh water collects interlayer, each steam condensing cooling pipe, steam diversion interlayer, steam drainage tube hypomere pipe, steam drain steam turbine discharge threeway, steam drainage tube stage casing is managed, steam drain high pressure heats tank water filling sluicing threeway and is sequentially connected with and collectively constitutes fresh water water filling overall channel, , inject and fresh water suction tube sets injection fresh water suction tube valve, fresh water water injection pipe sets fresh water water injection pipe valve；

3017). the lower diapire of upper flash chamber sets water filling sluicing electromagnetic valve, upper flash chamber is through the lower flash chamber of water filling sluicing electromagnetic valve connection, steam drain high pressure heat tank water filling sluicing threeway, steam drainage tube epimere pipe, supercharging gas collecting tank, air cylinder, upper flash chamber inner space, water filling sluicing electromagnetic valve, lower flash chamber inner space, lower flash chamber concentrated seawater derive fresh water sluice share pipe collectively constitute fresh water water filling the first subchannel, supercharging gas collecting tank roof highest point sets supercharging gas collecting tank water filling exhaust solenoid valve；

3018). steam drain high pressure heats tank water filling sluicing threeway, high pressure heats tank water filling tapping pipe, high pressure heats tank and is sequentially connected with composition fresh water water filling the second subchannel, high pressure heats the tank water filling tapping pipe high pressure that is opened on suitable for reading and heats in tank on diapire, high pressure heats and sets high pressure on tank water filling tapping pipe and heat tank water filling tapping pipe valve, high pressure heats tank deck wall highest point and sets high pressure and heat tank water filling exhaust solenoid valve, the air inlet of steam turbine air inlet pipe is opened on high pressure and heats tank deck wall highest point, steam turbine air inlet pipe sets steam turbine air inlet pipe valve, steam turbine exhaustor is connected to the joint of steam drainage tube stage casing pipe and steam drainage tube hypomere pipe through steam drain steam turbine discharge threeway, steam turbine exhaustor sets steam turbine exhaust valve；

3019). supercharging gas collecting tank, air cylinder, upper flash chamber, water filling sluicing electromagnetic valve, lower flash chamber, the lower flash chamber concentrated seawater derivation shared pipe of fresh water sluicing, each concentrated seawater suction branch, each concentrated seawater immersible pump, each concentrated seawater immersible pump outlet pipe, concentrated seawater outfall sewer, concentrated seawater derivation fresh water sluicing threeway, fresh water tapping pipe, the fresh water power-assist hydraulic turbine, fresh water retention reservoir are sequentially connected with and collectively constitute injection fresh water extraction first passage, and fresh water tapping pipe sets fresh water tapping pipe valve；

3020). high pressure heats tank, high pressure heats tank water filling tapping pipe, steam drain high pressure heats tank water filling sluicing threeway, steam drain stage casing is managed, steam drain steam turbine discharge threeway, steam drain hypomere pipe, steam diversion interlayer, each steam condensing cooling pipe, fresh water collects interlayer, fresh water suction fresh water water filling shares pipe, fresh water suction fresh water water filling threeway, derive fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, derive fresh water water filling fresh water and derive threeway, fresh water power-assist hydroturbine water intake pipe, the fresh water power-assist hydraulic turbine, fresh water power-assist hydraulic turbine outlet pipe, fresh water retention reservoir is sequentially connected with and collectively constitutes injection fresh water extraction second channel；

3021). before controlling the water circulation, all valves are closed, when preparing controlling the water circulation, first open injection fresh water suction tube valve, fresh water water injection pipe valve, high pressure heats tank water filling tapping pipe valve, steam drainage tube stage casing pipe flow control valve, water filling sluicing electromagnetic valve, supercharging gas collecting tank water filling exhaust solenoid valve, high pressure heats tank water filling exhaust solenoid valve, start an appropriate number of fresh water immersible pump and relevant fresh water suction branch valve, in fresh water immersible pump extraction fresh water retention reservoir, fresh water is by fresh water water filling the first subchannel, fresh water is filled in fresh water water filling the second subchannel, close supercharging gas collecting tank water filling exhaust solenoid valve, high pressure heats tank water filling exhaust solenoid valve, inject fresh water suction tube valve, fresh water water injection pipe valve and fresh water immersible pump and relevant fresh water suction branch valve, the spiral solenoid conveying high frequency alternating current that electric panel room is the spiral solenoid in upper flash chamber roof and high pressure heats in tank deck wall and sidewall, make ferromagnetic upper flash chamber roof and high pressure heat to produce high frequency induction current in tank deck wall and sidewall and generate heat, fresh water in upper flash chamber and high pressure heat after the fresh water in tank is heated to proper temperature, open derivation fresh water suction house steward's valve simultaneously, fresh water power-assist hydroturbine water intake tube valve, an appropriate number of fresh water immersible pump and relevant fresh water suction branch valve, an appropriate number of concentrated seawater immersible pump and relevant concentrated seawater suction branch valve, fresh water tapping pipe valve, fresh water immersible pump extracts the fresh water injected in fresh water extraction second channel, a small amount of fresh water in fresh water and supercharging gas collecting tank in steam drain epimere pipe, under fresh water immersible pump suction force effect, high pressure heats the hot fresh water vaporization of tank inner top and finally makes whole high pressure heat the nearly vacuum space occurring being full of water vapour in tank, under concentrated seawater immersible pump suction force effect, the fresh water of upper flash chamber inner top is vaporized and finally makes air cylinder, supercharging gas collecting tank, occurs being full of the nearly vacuum space of water vapour in upper flash chamber and lower flash chamber, instantly the freshwater level bottom flash chamber drops to after to a certain degree, elastic switch unlatching is made emergency shower endless tube water supply arm electromagnetic valve open and makes prompting electric bell ring simultaneously by liquid level induction system, under differential pressure action, sea water in liquid level stabilizing sea water cistern enters the emergency shower endless tube spray in upper flash chamber through sea water water supply first passage, fresh water tapping pipe valve and water filling sluicing electromagnetic valve are closed in the prompting of electric bell ring in time, open concentrated seawater power-assist hydroturbine water intake tube valve and open permanent magnetism internal rotor high-speed motor simultaneously；

3022). permanent magnetism internal rotor high-speed motor band dynamic pressure vapour snail fan group, after suction vapour snail fan group and high pressure snail fan group operate simultaneously, open motor refrigerated sea water feed pipe valve immediately in proper order, each steam condensation seawater spraying endless tube water supply arm valve, magnetron cooling water main's valve and gas booster pump group refrigerated sea water water main's valve, and increase the unlatching quantity of fresh water immersible pump and concentrated seawater immersible pump in proper order, under differential pressure action, the sea water in liquid level stabilizing sea water cistern flows separately through sea water and supplies water first, two, three, four-way enters upper flash chamber spray flash distillation, inhaling vapour snail fan group makes the steam in flash chamber be gathered in flash chamber headroom, pressure vapour snail fan group makes the steam in lower flash chamber be gathered in flash chamber headroom, high pressure snail fan group will send into supercharging gas collecting tank again after steam primary compression, a part of steam in supercharging gas collecting tank sequentially heats tank water filling tapping pipe entrance high pressure through steam drainage tube epimere pipe and high pressure and heats tank, another part steam is sequentially through steam drain epimere pipe, steam drain stage casing pipe and steam drain hypomere pipe enter steam diversion interlayer, steam in the pressure of high pressure snail fan group and the suction force traction steam diversion interlayer of fresh water immersible pump enters each steam condensing cooling pipe, due to steam condense seawater to make heat exchange case have bigger volume and wherein steam condensing cooling pipe uniformly gather, when fresh water immersible pump extracts fresh water, steam heat-exchanging condensation area along with in steam condensing cooling pipe the decline of fresh water liquid level and be gradually increased, finally make steam condensation rate and fresh water extract speed to maintain an equal level, fresh water after cooling imports fresh water retention reservoir through fresh water immersible pump, in steam condensation and fresh water cooled process, steam is condensed the heating of seawater in seawater to make heat exchange case by the heat energy of release, gradate as pressure vapour flash evaporation so that entering the sea water of spray in upper vaporization chamber by initial room temperature pressure vapour flash distillation；

3023). the concentrated seawater produced in upper flash chamber flows into upper flash chamber concentrated seawater spraying ring pipe group again through upper flash chamber concentrated seawater drainage tube under gravity, and spray flash distillation at lower flash distillation normal temperature laboratory, the concentrated seawater that in lower flash chamber, evaporation produces is imported concentrated seawater cistern by concentrated seawater immersible pump, the unlatching quantity of increase and decrease concentrated seawater immersible pump can regulate lower flash chamber concentrated seawater and derive the concentrated seawater flow in the shared pipe of fresh water sluicing, so that the unlatching quantity of increase and decrease concentrated seawater immersible pump can regulate the liquid level accumulating concentrated seawater bottom lower flash chamber, instantly when the concentrated seawater built up bottom flash chamber floods the concentrated seawater suction inlet of concentrated seawater spray thrower bottom repeatedly, under permanent magnetism internal rotor high-speed motor forward working order, the concentrated seawater built up bottom lower flash chamber is inhaled into concentrated seawater suction inlet and flows through and take out pipe on the concentrated seawater in concentrated seawater spray thrower axis repeatedly, concentrated seawater divides water cavity, pass through the concentrated seawater discrete pipe of each radially uniform distribution, concentrated seawater is shower repeatedly, room temperature spray flash distillation is repeated in lower flash chamber, this just enables the height of concentrated seawater liquid level bottom lower flash chamber determine, and can the concentrated seawater bottom lower flash chamber be inhaled into concentrated seawater spray thrower repeatedly and enter repeatedly room temperature spray flash condition, and then make the unlatching quantity of increase and decrease concentrated seawater immersible pump just can regulate the water temperature deriving concentrated seawater, when the water temperature of derivation concentrated seawater is higher than 0 DEG C, close some vapor condensation seawater spraying endless tube water supply arm valve, temporarily turn seawater spraying amount down, and increase fresh water immersible pump unlatching quantity, reduce the unlatching quantity of concentrated seawater immersible pump simultaneously, the cold concentrated seawater that in lower flash chamber, evaporation produces is made only to be exported on a small quantity before temperature is down to 0 DEG C, and in flash chamber, cold concentrated seawater is inhaled into concentrated seawater spray thrower repeatedly under the major part not being exported, room temperature spray flash distillation it is repeatedly performed in lower flash chamber, until temperature be down to 0 DEG C even lower after be exported, being fixedly installed on the stirring blade high speed rotating of the concentrated seawater outside concentrated seawater suction inlet tube wall can prevent the concentrated seawater liquid level surface bottom lower flash chamber from freezing；

3024). after the evaporation of seawater in upper vaporization chamber is converted into pressure vapour flash evaporation pattern, slowly regulating steam drainage tube stage casing pipe flow control valve makes steam flow in the pipe of steam drainage tube stage casing be gradually reduced and close in proper order a number of fresh water immersible pump, in the pipe of steam drainage tube stage casing, the reduction of steam flow makes supercharging gas collecting tank, steam drainage tube epimere pipe, the steam pressure that high pressure heats tank water filling tapping pipe and high pressure heats in tank gradually rises, final plant closure steam drainage tube stage casing pipe flow control valve and whole fresh water immersible pump, , when high pressure heat the pressure that pressure tank table shows no longer raise time, close high pressure and heat tank water filling tapping pipe valve, open each gas boosting pumping trachea valve in proper order and open each gas boosting pump in proper order, improve high pressure further and heat steam pressure in tank, electric box is the spiral solenoid conveying high frequency alternating current that high pressure heats on pot sidewall, make the ferromagnetic metal outer wall interior generation high frequency vortex current that high pressure heats tank that high pressure to heat steam heating in pot sidewall and tank to heat, when high pressure heats the pressure requirements that steam pressure in tank meets driving steam turbine, open steam turbine air inlet pipe valve and steam turbine exhaust valve, high temperature and high pressure steam drives steam turbine to operate and output power or power, main electric power or power output system enter generating or power output state, open the fresh water immersible pump of respective numbers in proper order, the steam that steam turbine exhaustor is discharged enters through steam drainage tube hypomere pipe and steam diversion interlayer and imports fresh water retention reservoir after the cooling of each steam condensing cooling pipework condensation, device enters water-electricity cogeneration state；

3025). in whole controlling the water circulation process, utilize water pump cooler bin water inlet, the water outlet of steam condensation fresh water cooled and derivation passage and concentrated seawater are derived the useless remaining useless water flow dynamic energy of water outlet of passage and are driven the water pump cooler bin power-assist hydraulic turbine respectively, the fresh water power-assist hydraulic turbine and the operating of the concentrated seawater power-assist hydraulic turbine, each power-assist hydraulic turbine drives accumulation of energy rotating shaft to rotate through drive and transmission band respectively jointly, accumulation of energy rotating shaft operates through speed increasing gear group drive electrical generators, electromotor sends electric current after electric panel room processes, for magnetron, spiral solenoid and other electrical equipments are powered, upper flash distillation indoor temperature is improved with microwave heating, utilize and wait to steam each magnetron of cooled with seawater, each motor and the permanent magnetism inner rotor motor of gas boosting pump group improve capacity usage ratio further, the vapour snail fan group of inhaling of high speed rotating plays the effect of microwave stirring, so that upper flash chamber inner space thermally equivalent make evaporability strengthen；

3026). need the parts taking Insulation to include: upper flash chamber, air cylinder, supercharging gas collecting tank, high pressure heats tank, steam drainage tube epimere pipe, steam drainage tube stage casing is managed, steam drainage tube hypomere pipe, high pressure heats tank water filling tapping pipe, steam turbine air inlet pipe, steam turbine, steam turbine exhaustor, each gas boosting pumping steam pipe, each gas boosting pump gland steam exhauster, each gas boosting pump water cooling chamber, each gas boosting pump refrigerated sea water exit branch, gas boosting pump group refrigerated sea water outfall sewer, steam condensation seawater to make heat exchange case, steam condensation seawater spraying endless tube group water main, each steam condensation seawater spraying endless tube water supply arm, cooling room in each magnetron, each magnetron cooling water outlet pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe.

4. potential according to claim 1 deprives formula water-electricity cogeneration method, also include utilizing existing multistage flash evaporation seawater desalting device and low-temperature multi-effect seawater desalination device to repack the method that potential deprives formula water-electricity cogeneration device into, it is characterized in that: make the rear class in existing multistage flash evaporation seawater desalting device or low-temperature multi-effect seawater desalination device or in aftereffect vacuum chamber, only carry out room temperature or the vacuum distilling lower than room temperature, the cold concentrated seawater produced in rear class or aftereffect vacuum chamber is directly derived, cold concentrated seawater is not allowed to participate in the heat exchange in device, the steam that evaporation produces is before entering desalinization heat exchange, heat supercharging rear drive steam turbine.

5. Tuo Shi vacuum potential according to claim 2 deprives formula water-electricity cogeneration method, it is possible to builds Tuo Shi vacuum potential and deprives formula water-electricity cogeneration device, it is characterised in that:

5001). Tuo Shi vacuum potential is deprived formula water-electricity cogeneration device and is included: a sea water cistern, one fresh water cooler bin again, one water pump cooler bin, multiple stage or a Taiwan Straits water immersible pump, one transfer cooler bin, one seawater to make heat exchange case, one flash tank comprising flash chamber and lower flash chamber, one air cylinder, one supercharging gas collecting tank, gas boosting pump group, one high pressure heats tank, one steam turbine, one water-cooled permanent magnetism internal rotor high-speed electric expreess locomotive, one air-breathing snail fan group, one snail fan group of calming the anger, one high pressure snail fan group, several heat-exchanging sea-water spraying ring pipes, one magnetron cool water shower endless tube, one motor refrigerated sea water spraying ring pipe, one upper flash chamber concentrated seawater spraying ring pipe group again, one concentrated seawater spray thrower repeatedly, one liquid level stabilizing concentrated seawater pond, one steam diversion interlayer, one steam condenser pipe group, one soda pop is confluxed interlayer, one soda pop shunting interlayer, one condensing cooling pipe group, one fresh water assembles interlayer, one fresh water cooled coil pipe, multiple stage or a fresh water immersible pump, one fresh water retention reservoir, one fresh water jet high pressure diving pump, one ejector, four power-assist hydraulic turbines, one accumulation of energy rotating shaft, an electromotor, one electric panel room, two effusion meters, multiple associated conduit, valve, threeway, drive and transmission band；

5002). fresh water retention reservoir and liquid level stabilizing concentrated seawater pond are disposed adjacent on ground level, airtight for the hollow of axis vertical cylindric flash tank is separated into upper flash chamber and lower flash chamber by horizontal splitter plate, hollow circular ring column seawater to make heat exchange case coaxial package is on upper flash chamber outer wall, ring-side wall and upper flash chamber outer wall wall altogether in seawater to make heat exchange case, lower flash chamber bottom surface exceeds concentrated seawater liquid level 10 meters in liquid level stabilizing concentrated seawater pond, seawater to make heat exchange box top horizontal subdivision goes out steam diversion interlayer, seawater to make heat exchange bottom portion horizontal subdivision goes out a soda pop and confluxes interlayer, soda pop confluxes interlayer bottom surface slightly above upper flash chamber bottom surface, multiple vertical shapes form steam condenser pipe group as the steam condenser pipe pulling open state strong spiral spring-like is evenly distributed in seawater to make heat exchange case as far as possible, each steam condenser pipe is suitable for reading is all opened on diapire under steam diversion interlayer and end opening is all opened on soda pop and confluxes diapire on interlayer, top, seawater to make heat exchange case lateral wall sets seawater to make heat exchange case exhaust solenoid valve, seawater to make heat exchange case outer shroud sidewall is provided with sealing ring, the maintenance door of bolt and sealant sealing, juncture between upper and lower opening and the upper and lower diapire of seawater to make heat exchange case of each steam condenser pipe is movable dismounting combination, reserved bolt interface on the upper and lower diapire of seawater to make heat exchange case, each bolt interface is with bolted joints steam condenser pipe section and with nontoxic temperature resistant encapsulation glue sealing bolt interface；

5003). upper flash chamber inner space is horizontally disposed with the suction vapour snail fan group coaxial with flash tank, inhale vapour snail fan group close to upper flash chamber roof and with upper flash chamber roof appropriate intervals, inhale vapour snail fan group each and inhale that vapour snail fan specification is consistent and radius is slightly lower than flash tank internal diameter, each vapour snail fan of inhaling equidistantly is fixedly set on the hollow tubular type suction vapour pressure vapour snail fan group axis of closed at both ends, inhale vapour pressure vapour snail fan group axis top and be positioned upper flash chamber inner roof wall axle center place through upper location bearing, suction vapour pressure vapour snail fan group axis bottom is positioned lower flash chamber inner roof wall axle center place through horizontal splitter plate between upper flash chamber and lower flash chamber and through location, bottom bearing, inhaling vapour snail fan is the multiple-blade snail fan having axis cuff and circumference ring plate and supreme lower diapire, inhale vapour snail to fan each blade and radially wait the radially uniform distribution of angle and to same circumference slightly spiral；

5004). the pipeline inhaled in vapour pressure vapour snail fan group axis is lower flash chamber dry pipe, on the lower flash chamber dry pipe suction vapour pressure vapour snail fan group axis sidewall being opened on upper location bearing slightly lower section suitable for reading, top inhale vapour snail fan and lower flash chamber dry pipe suitable for reading between suction vapour pressure vapour snail fan group axis on level is fixing is set with passive drive, disalignment be fixedly installed the water-cooled permanent magnetism internal rotor high-speed motor that axis is vertical with suitable spacing place, axle center on the outer roof of upper flash chamber, logical magnetic seal cover is set between stator and the permanent magnetism internal rotor of this motor, logical magnetic seal covers on the armature spindle of permanent magnetism internal rotor and leans out flash chamber roof and the upper flash chamber inner space of logical magnetic seal cover inner space connection in the closely sealed fixing connection in place, the armature spindle of this motor probes into flash chamber inner space and on armature spindle within flash chamber, level is fixed and is set with through the transmission initiative driver with connecting passive drive on probeing into, initiative driver radius is more than passive drive radius, during the operating of permanent magnetism internal rotor high-speed motor forward, inhale vapour snail fan group can both vapor compression in upper flash chamber be sucked in upper flash chamber headroom；

5005). the fixing suit pressure vapour snail fan group of the level on the suction vapour pressure vapour snail fan group axis in lower flash chamber headroom that probes into, each pressure vapour snail fan of pressure vapour snail fan group is isometrical and its radius is slightly lower than flash tank internal diameter, two inner circle radius with inhale that vapour pressure vapour snail fan group axis radius is consistent and the exradius unequal annular multiple radial blade of base plate fixed clamp and a bottom bracket axle garter spring form a pressure vapour snail and fan, each blade of pressure vapour snail fan radially waits the radially uniform distribution of angle and to same circumferential spiral between large radius upper plate and minor radius lower shoe from bottom bracket axle garter spring external peripheral surface, the apex of the pointed angle of Cornu Bovis seu Bubali formed between often adjacent two pressure vapour snail fan leafs of each pressure vapour snail fan is equipped with and runs through bottom bracket axle garter spring and inhale the lower flash chamber dry pipe air intake of vapour pressure vapour snail fan group axis annulus sidewall, the upper plate of pressure vapour snail fan, each blade and bottom bracket axle garter spring are the pressure vapour snail fan blades of a single-casting or milling part, the lower shoe of pressure vapour snail fan is through being bolted in this pressure vapour snail fan blades, during the operating of permanent magnetism internal rotor high-speed motor forward, both vapor compression in lower flash chamber can be sucked lower flash chamber dry pipe and import in upper flash chamber headroom through lower flash chamber dry pipe by pressure vapour snail fan group；

5006). lower flash chamber intrinsic pressure vapour snail fan group lower horizontal arranges a upper flash chamber concentrated seawater spraying ring pipe group again, upper flash chamber concentrated seawater spraying ring pipe group again is the distribution of upper and lower multilayer parallel, each layer concentrated seawater spraying ring pipe again is on the concentric spraying ring pipe being distributed of many circles and tube wall and is uniformly distributed spray apertures, upper flash chamber concentrated seawater spraying ring pipe group again connects upper flash chamber inner space through being located at the connection of the upper flash chamber concentrated seawater drainage tube in lower flash chamber, upper flash chamber concentrated seawater drainage tube caliber is slightly less than to be waited to steam sea water water main's caliber, upper flash chamber concentrated seawater drainage tube water inlet is opened in flash chamber on diapire；

5007). inhale vapour pressure vapour snail fan group axis bottom and fix the axis connecting concentrated seawater spray thrower repeatedly, concentrated seawater spray thrower repeatedly by one be axle center with axis horizontal annular concentrated seawater shower repeatedly, the concentrated seawater discrete pipe of multiple radially uniform distributions, one vertical and top closure hollow axis and concentrated seawater suction inlet form, pipeline in concentrated seawater spray thrower axis repeatedly is take out pipe on concentrated seawater, concentrated seawater is taken out pipe bottom and sets the concentrated seawater suction inlet that caliber increases, concentrated seawater suction inlet lower edge and the suitable spacing of diapire under lower flash chamber, arranging in concentrated seawater suction inlet is fixed on concentrated seawater suction inlet inner tubal wall and equally distributed several pump blades, on concentrated seawater suction inlet outer tube wall, the angle such as level is fixedly installed and prevents the concentrated seawater stirring blade that bottom lower flash chamber, concentrated seawater liquid level surface freezes, concentrated seawater above concentrated seawater suction inlet is taken out in pipe, from lower and upper coherent setting, one is taken out blade, concentrated seawater is taken out pipe connection suitable for reading connect and be fixedly installed on the concentrated seawater of concentrated seawater spray thrower axis epimere repeatedly and divide water cavity, concentrated seawater divides water cavity to connect concentrated seawater shower repeatedly through the connection of each concentrated seawater discrete pipe, concentrated seawater divides water cavity and concentrated seawater shower repeatedly in isoplanar, during the operating of permanent magnetism internal rotor high-speed motor forward, the concentrated seawater of lower flash chamber lower submerged concentrated seawater suction inlet can be sucked to take out on concentrated seawater by concentrated seawater suction inlet takes out pipe on Guan Bingjing concentrated seawater, concentrated seawater divides water cavity and each concentrated seawater discrete pipe to import concentrated seawater shower repeatedly, concentrated seawater shower repeatedly is uniformly distributed spray apertures, under lower flash chamber, the sealed circle of diapire and fixing bolt clip are combined on lower flash chamber sidewall and engage mouth and seal through cold-resistant strong sealing glue, upper flash chamber sidewall end count seal and fixing bolt clip are combined on lower flash chamber on diapire and engage mouth and seal through heat-resisting strong sealing glue；

5008). lower flash chamber concentrated seawater drainage tube is suitable for reading to be opened in lower flash chamber on diapire, the derivation fresh water sluicing threeway of lower flash chamber concentrated seawater drainage tube, concentrated seawater, concentrated seawater delivery line, concentrated seawater power-assist spiral case, liquid level stabilizing concentrated seawater pond are sequentially connected with, concentrated seawater delivery line sets concentrated seawater delivery line flow control valve, lower flash chamber concentrated seawater drainage tube is set flash chamber concentrated seawater drainage tube effusion meter；

5009). the vertical cylindric air cylinder of axis is closely sealed to be fastened on the outer roof of flash chamber and the prominent outer roof of upper flash chamber, upper flash chamber inner space and air cylinder inner space are interconnected and keep the air-tightness of flash chamber and air cylinder, and high pressure heats tank, supercharging gas collecting tank, air cylinder from upper and under be coaxially disposed, diapire wall altogether under air cylinder roof and supercharging gas collecting tank, supercharging gas collecting tank roof and high pressure heat diapire wall, upper flash chamber headroom altogether under tank, air cylinder, supercharging gas collecting tank, each gas boosting pumping trachea, gas boosting pump group, each gas boosting pump exhaustor, high pressure heats tank, steam turbine air inlet pipe, steam turbine, steam turbine exhaustor, steam diversion interlayer is sequentially connected with the acting passage forming main electric power or power output system, each gas boosting pump exhaustor of gas boosting pump group sets gas boosting pump exhaust valve, steam turbine air inlet pipe sets steam turbine air inlet pipe valve, steam turbine exhaustor sets steam turbine exhaust valve, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drainage tube, steam diversion interlayer is sequentially connected with composition non-power generating state steam open conduit, connects steam diversion interlayer through the connection of steam drainage tube, steam drainage tube sets steam drainage tube flow control valve, upper flash chamber headroom bottom supercharging gas collecting tank, air cylinder, supercharging gas collecting tank, gas boosting pump group bypass tube, high pressure heats tank and sequentially connects the waterflood path connecting to form main electric power or power output system, the gas boosting pump group bypass tube high pressure that is opened on suitable for reading heats bottom tank medial wall, end opening is opened on top, supercharging gas collecting tank medial wall, setting gas boosting pump group bypass tube valve on gas boosting pump group bypass tube, high pressure heats tank top and sets high pressure and heat tank water filling exhaust solenoid valve；

5010). air cylinder roof axle center place sets a penetrating high position and seals bearing fixing port, the high-order closely sealed high position that is fixedly installed on of outer raceway sealing bearing seals in bearing fixing port, the open end opening axle center place of air cylinder sets low-level seal bearing, the outer raceway of low-level seal bearing fixes the junction surface connecting air cylinder sidewall with upper flash chamber roof through fixed support, high pressure snail fan group is set in air cylinder, the interior equal fixed cover of raceway circle of the high-order interior raceway circle sealing bearing and low-level seal bearing is combined on high pressure snail fan group axis, high pressure snail fan group axis top slightly probes in supercharging gas collecting tank, high pressure snail fan group is consistent with snail fan group structure of calming the anger, high pressure snail fan group axis is consistent with inhaling vapour pressure vapour snail fan group middle shaft structure, hollow pipeline in high pressure snail fan group axis is vapor compression tube, high pressure snail fan group axis bottom probes in flash chamber headroom, inhale vapour pressure vapour snail fan group axis and connect high pressure snail fan group axis through drive and transmission band, supercharging gas collecting tank sets Pressure gauge, high pressure heats and sets Pressure gauge and thermometer on tank, high pressure heats and sets spiral solenoid on the ferromagnetic metal outer wall of tank, steam turbine drives main generator generating through change-speed gearing or directly exports power；

5011). all water pump concentrated settings are in water pump cooler bin, the water pump cooler bin of supreme diapire is located in sea water cistern maritime interior waters and water pump cooler bin sidewall exceeds sea water cistern maritime interior waters liquid level, water pump cooler bin is fixedly connected on fresh water cooler bin again through fixed support, fresh water cooler bin again connects water pump cooler bin through water pump cooler bin feed pipe and water pump cooler bin feed pipe valve, water pump cooler bin feed pipe and water pump cooler bin feed pipe valve are immersed in sea water cistern maritime interior waters, the fresh water cooler bin again that hollow is airtight is also submerged in sea water cistern maritime interior waters and is full of sea water in case, fresh water the cooler bin power-assist hydraulic turbine and spiral case thereof again are also submerged in sea water cistern maritime interior waters, the fresh water cooler bin again water stream channel connection sea water cistern maritime interior waters in fresh water again cooler bin power-assist spiral case；

5012). not only it is used for transfer sea water but also be the hollow containment housing and its upper and lower diapire horizontal parallel that have bigger volume for cooling down the transfer cooler bin of fresh water, the top horizontal of transfer cooler bin inner space is separated out a soda pop shunting interlayer, the bottom level of transfer cooler bin inner space is separated out a fresh water and assembles interlayer, multiple vertical shapes form condensing cooling pipe group as the condensing cooling pipe pulling open state strong spiral spring-like is evenly distributed in transfer cooler bin as far as possible, each condensing cooling pipe is suitable for reading is all opened on diapire under soda pop shunting interlayer and end opening is all opened on fresh water and assembles diapire on interlayer, under fresh water gathering interlayer about diapire 3-----5 rice above ground level, transfer cooler bin sidewall top sets transfer cooler bin exhaust solenoid valve, the transfer cooler bin power-assist hydraulic turbine is located at transfer cooler bin roof slightly above, water stream channel in the fresh water cooler bin power-assist hydraulic turbine again, fresh water is cooler bin again, water pump cooler bin feed pipe, water pump cooler bin, each sea water immersible pump, each sea water water supply arm, transfer cooler bin power-assist hydraulic turbine feed pipe, water stream channel in the transfer cooler bin power-assist hydraulic turbine, transfer cooler bin is sequentially connected with, each sea water water supply arm sets sea water water supply arm valve；

5013). inhale vapour snail fan group lower horizontal in upper flash chamber and one magnetron cool water shower endless tube is set, one motor refrigerated sea water spraying ring pipe, multiple heat-exchanging sea-water spraying ring pipes, each spraying ring pipe is equipped with and is uniformly distributed and the spray apertures of numerical aperture millimeter, transfer cooler bin, wait to steam sea water water main, heat exchange box water supply cooling water threeway, seawater to make heat exchange case, each heat-exchanging sea-water spraying ring pipe feed pipe, each heat-exchanging sea-water spraying ring pipe is sequentially connected with, each heat-exchanging sea-water spraying ring pipe feed pipe water inlet is opened on the inner circle sidewall inwall of seawater to make heat exchange case, each heat-exchanging sea-water spraying ring pipe feed pipe sets heat-exchanging sea-water spraying ring pipe feed pipe electromagnetic valve, what caliber was bigger wait steams sea water water main and is provided with and waits to steam sea water water main's effusion meter；

5014). on upper flash chamber lateral wall exposed bottom upper flash chamber, circumference is equidistantly uniformly arranged multiple high-power water-cooling formula magnetron and corresponding air-tightness microwave feed-in mouth, heat exchange box water supply cooling water threeway, refrigerated sea water water main, magnetron cooling water power motivation cooling water threeway, magnetron cooling water main, magnetron cooling moisture flow tube, each magnetron cooling water inlet pipe, the water cooling chamber of each magnetron, each magnetron cooling water outlet pipe, magnetron cooling water outlet manifold trunk, magnetron cooling Waterborne running spray feed pipe, magnetron cool water shower endless tube sequentially connects connection, magnetron cooling water main sets magnetron cooling water main's valve, each magnetron cooling water outlet pipe is closely sealed run through flash chamber sidewall after connect magnetron cooling water outlet manifold trunk；

5015). magnetron cooling water power motivation cooling water threeway, motor refrigerated sea water feed pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe, motor refrigerated sea water shower sequentially connect connection, motor refrigerated sea water outlet pipe is closely sealed run through flash chamber roof and in upper flash chamber descending connection motor refrigerated sea water spraying ring pipe, motor refrigerated sea water feed pipe sets motor refrigerated sea water feed pipe valve；

5016). lower flash chamber dry pipe, upper flash chamber headroom, non-power generating state steam open conduit, steam diversion interlayer, each steam condenser pipe, soda pop is confluxed interlayer, soda pop drainage tube, soda pop shunting interlayer, each condensing cooling pipe, fresh water assembles interlayer, fresh water drainage tube, fresh water cooled coil pipe, derive fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, derive the suction threeway of fresh water jet fresh water, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, derive fresh water sluicing fresh water threeway, derive fresh water sluicing fresh water and share pipe, fresh water power-assist spiral case, fresh water retention reservoir is sequentially connected with, fresh water cooled coil pipe divides multiple-layer horizontal tortuous in fresh water again cooler bin maritime interior waters, each long straight length in every layer of fresh water cooled dish is equidistantly parallel to each other and each pipeline section sequentially crawls to side, water side from water intake end side connection through each elbow, each layer fresh water cooled coil pipe from upper and under be successively sequentially connected with, derive and fresh water suction tube sets derivation fresh water suction tube valve, each fresh water suction branch sets fresh water suction branch valve, derives fresh water sluicing fresh water and share the Guan Shangshe shared tube valve of derivation fresh water sluicing fresh water；

5017). the outer roof of steam diversion interlayer sets an ejector, steam diversion interlayer connects the induction chamber of ejector through ejector suction nozzle, ejector suction nozzle sets ejector suction nozzle check valve, ejector suction nozzle check valve has fluid and flows into the unipolarity of ejector induction chamber from steam diversion interlayer, and derivation fresh water jet fresh water suction threeway, jet fresh water extraction tube, fresh water jet high pressure diving pump, ejector are sequentially connected with for fresh water pipe, ejector, gas-liquid mixed flow conduit, fresh water power-assist spiral case, fresh water retention reservoir；

5018). the lower diapire of upper flash chamber sets water filling sluicing electromagnetic valve, upper flash chamber is through the lower flash chamber of water filling sluicing electromagnetic valve connection, inject and fresh water suction tube sets injection fresh water suction tube valve, fresh water tapping pipe sets fresh water tapping pipe valve, steam diversion interlayer roof sets steam diversion interlayer exhaust solenoid valve；

5019). upper flash chamber, lower flash chamber, lower flash chamber concentrated seawater drainage tube, concentrated seawater derive fresh water sluicing threeway, fresh water tapping pipe, derivation fresh water sluicing fresh water threeway, derivation fresh water sluicing fresh water shares pipe, fresh water power-assist spiral case, fresh water retention reservoir are sequentially connected with；

5020). accumulation of energy rotating shaft includes a horizontal spindle, two accumulation of energy runners, four power-assist drives, one travelling gear, one speed increasing gear group, the location bearing that three specifications are consistent, three loading ability of bearing framves, travelling gear, first location bearing, first power-assist drive, first accumulation of energy runner, second power-assist drive, second location bearing, second accumulation of energy runner, 3rd location bearing, 3rd power-assist drive, 4th power-assist drive is sequentially fixedly set on horizontal spindle, the outer raceway circle of three location bearings is respectively and fixedly installed on three loading ability of bearing framves, the accumulation of energy runner that two specifications are consistent is train wheel shape runner, accumulation of energy runner wheel periphery edge has inside to be cast into the thickening wheel week of metallic lead；

5021). the concentrated seawater power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine, the fresh water cooler bin power-assist hydraulic turbine again and the transfer cooler bin power-assist hydraulic turbine are the tangential impact formula hydraulic turbine of spiral case, the concentrated seawater power-assist hydraulic turbine and spiral case and outlet thereof are immersed in the maritime interior waters of liquid level stabilizing concentrated seawater pond, concentrated seawater power-assist hydraulic turbine arbor exposed end fixing suit concentrated seawater power-assist hydraulic turbine drive, concentrated seawater power-assist hydraulic turbine drive is through the transmission the first power-assist drive with connecting above the concentrated seawater power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine and spiral case and outlet thereof are immersed in fresh water retention reservoir in fresh water, fresh water power-assist hydraulic turbine arbor exposed end fixing suit fresh water power-assist hydraulic turbine drive, fresh water power-assist hydraulic turbine drive is through the transmission the second power-assist drive with connecting above the fresh water power-assist hydraulic turbine, fixing suit fresh water cooler bin power-assist hydraulic turbine drive again on fresh water cooler bin power-assist hydraulic turbine arbor again, fresh water cooler bin power-assist hydraulic turbine drive again is through the transmission the 3rd power-assist drive with connecting above the fresh water cooler bin power-assist hydraulic turbine again, fixing suit transfer cooler bin power-assist hydraulic turbine drive on transfer cooler bin power-assist hydraulic turbine arbor, transfer cooler bin power-assist hydraulic turbine drive is through the transmission the 4th power-assist drive with connecting below the transfer cooler bin power-assist hydraulic turbine；

5022). take the parts of suitable Insulation to include: transfer cooler bin power-assist hydraulic turbine feed pipe, transfer cooler bin power-assist spiral case, transfer cooler bin outer surface, wait to steam sea water water main, seawater to make heat exchange case feed pipe, seawater to make heat exchange case outer surface, refrigerated sea water water main, magnetron cooling water main, magnetron cooling moisture flow tube, motor refrigerated sea water feed pipe, motor outer surface, the exposed outer wall of upper flash chamber, soda pop drainage tube, fresh water drainage tube, the exposed outer wall of upper flash chamber, the key positions such as seawater to make heat exchange case outer surface should set vacuum heat-insulation Dewar layer.

6. pump evacuation potential according to claim 3 deprives formula water-electricity cogeneration method, it is possible to builds pump evacuation potential and deprives formula water-electricity cogeneration device, it is characterised in that:

6001). by liquid level stabilizing sea water cistern, fresh water retention reservoir, concentrated seawater cistern, water pump cooler bin, multiple stage fresh water immersible pump, multiple stage concentrated seawater immersible pump, steam condensing cooling pipe group in steam condensation seawater to make heat exchange case and case, comprise flash chamber and the flash tank of lower flash chamber, water-cooled permanent magnetism internal rotor high-speed motor, air-breathing snail fan group, calm the anger snail fan group, seawater spraying pipe group, upper flash chamber concentrated seawater spraying ring pipe group again, concentrated seawater is spray thrower repeatedly, air cylinder, high pressure snail fan group, supercharging gas collecting tank, gas boosting pump group, high pressure heats tank, steam turbine, electric box, microwave heating equipment, electromagnetic heating apparatus, the water pump cooler bin power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine, the concentrated seawater power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor, each associated conduit, valve, threeway, flow takes into account drive and transmission band collectively constitutes pump evacuation potential and deprives formula water-electricity cogeneration device, wherein, and gas boosting pump group, high pressure heats tank and electromagnetic heating apparatus thereof, steam turbine and electric power thereof or motive power outputting apparatus, relevant pipe valve collectively constitutes main electric power or power output system, each power-assist hydraulic turbine, accumulation of energy rotating shaft, electromotor and associated actuator facility collectively constitute secondary electric power output system, and all the other equipment collectively constitute seawater desalination system；

6002). liquid level stabilizing sea water cistern, fresh water retention reservoir and concentrated seawater cistern are disposed adjacent on ground level, high pressure heats tank, steam turbine, the airtight cylindrical tube shape flash tank of hollow of axis vertical is also all disposed within ground level, flash tank inner space horizontal subdivision becomes upper flash chamber and lower flash chamber, steam condensation seawater to make heat exchange case is immersed in liquid level stabilizing sea water cistern maritime interior waters, the top horizontal of steam condensation seawater to make heat exchange case inner space is separated out steam diversion interlayer, steam condensation seawater to make heat exchange bottom portion horizontal subdivision goes out fresh water and collects interlayer, steam condensing cooling pipe that is multiple vertical and that be shaped like pulling open state strong spiral spring of trying one's best is evenly distributed in steam condensation seawater to make heat exchange case, each steam condensing cooling pipe collectively constitutes steam condensing cooling pipe group, each steam condensing cooling pipe is suitable for reading is all opened on diapire under steam diversion interlayer and end opening is all opened on fresh water and collects diapire on interlayer, steam condensation top, seawater to make heat exchange case lateral wall sets steam condensation seawater to make heat exchange case water filling sinking air bleeding valve, each steam condensing cooling ligament of steam condensation seawater to make heat exchange case inner space is full of sea water；

6003). water pump cooler bin, the water pump cooler bin power-assist hydraulic turbine and spiral case thereof are each provided in liquid level stabilizing sea water cistern, water pump cooler bin connects liquid level stabilizing sea water cistern maritime interior waters through the water pump cooler bin power-assist hydraulic turbine and spiral case thereof, all fresh water immersible pumps are submerged in water pump cooler bin maritime interior waters, the motor of all concentrated seawater immersible pumps is submerged in water pump cooler bin maritime interior waters, and the pump housing outside each concentrated seawater motor for submerged pump part and water inlet pipe and outlet pipe all expose in atmosphere；

6004). upper flash chamber inner space is horizontally disposed with the suction vapour snail fan group coaxial with flash tank, inhale vapour snail fan group close to upper flash chamber roof and with upper flash chamber roof appropriate intervals, inhale vapour snail fan group each and inhale that vapour snail fan specification is consistent and radius is slightly lower than flash tank internal diameter, each vapour snail fan of inhaling equidistantly is fixedly set on the hollow tubular type suction vapour pressure vapour snail fan group axis of closed at both ends, inhale vapour pressure vapour snail fan group axis top and be positioned upper flash chamber inner roof wall axle center place through upper location bearing, suction vapour pressure vapour snail fan group axis bottom is positioned lower flash chamber inner roof wall axle center place through horizontal splitter plate between upper flash chamber and lower flash chamber and through location, bottom bearing, inhaling vapour snail fan is the multiple-blade snail fan having axis cuff and circumference ring plate and supreme lower diapire, inhale vapour snail to fan each blade and radially wait the radially uniform distribution of angle and to same circumference slightly spiral；

6005). the pipeline inhaled in vapour pressure vapour snail fan group axis is lower flash chamber dry pipe, on the lower flash chamber dry pipe suction vapour pressure vapour snail fan group axis sidewall being opened on upper location bearing slightly lower section suitable for reading, top inhale vapour snail fan and lower flash chamber dry pipe suitable for reading between suction vapour pressure vapour snail fan group axis on level is fixing is set with passive drive, disalignment be fixedly installed the water-cooled permanent magnetism internal rotor high-speed motor that axis is vertical with suitable spacing place, axle center on the outer roof of upper flash chamber, logical magnetic seal cover is set between stator and the permanent magnetism internal rotor of this motor, logical magnetic seal covers on the armature spindle of permanent magnetism internal rotor and leans out flash chamber roof and the upper flash chamber inner space of logical magnetic seal cover inner space connection in the closely sealed fixing connection in place, the armature spindle of this motor probes into flash chamber inner space and on armature spindle within flash chamber, level is fixed and is set with through the transmission initiative driver with connecting passive drive on probeing into, initiative driver radius is more than passive drive radius, during the operating of permanent magnetism internal rotor high-speed motor forward, inhale vapour snail fan can both vapor compression in upper flash chamber be sucked in upper flash chamber headroom；

6006). the fixing suit pressure vapour snail fan group of the level on the suction vapour pressure vapour snail fan group axis in lower flash chamber headroom that probes into, each pressure vapour snail fan of pressure vapour snail fan group is isometrical and its radius is slightly lower than flash tank internal diameter, two inner circle radius with inhale that vapour pressure vapour snail fan group axis radius is consistent and the exradius unequal annular multiple radial blade of base plate fixed clamp and a bottom bracket axle garter spring form a pressure vapour snail and fan, each blade of pressure vapour snail fan radially waits the radially uniform distribution of angle and to same circumferential spiral between large radius upper plate and minor radius lower shoe from bottom bracket axle garter spring external peripheral surface, the apex of the pointed angle of Cornu Bovis seu Bubali formed between often adjacent two pressure vapour snail fan leafs of each pressure vapour snail fan is equipped with and runs through bottom bracket axle garter spring and inhale the lower flash chamber dry pipe air intake of vapour pressure vapour snail fan group axis annulus sidewall, the upper plate of pressure vapour snail fan, each blade and bottom bracket axle garter spring are the pressure vapour snail fan blades of a single-casting or milling part, the lower shoe of pressure vapour snail fan is through being bolted in this pressure vapour snail fan blades, during the operating of permanent magnetism internal rotor high-speed motor forward, both vapor compression in lower flash chamber can be sucked lower flash chamber dry pipe and import in upper flash chamber headroom through lower flash chamber dry pipe by pressure vapour snail fan group；

6007). inhale in upper flash chamber below vapour snail fan group and set magnetron cool water shower endless tube, motor refrigerated sea water spraying ring pipe, gas boosting pump refrigerated sea water spraying ring pipe, steam condensation seawater spraying endless tube group, liquid level stabilizing sea water cistern, water stream channel in the water pump cooler bin power-assist hydraulic turbine, water pump cooler bin, steam condensation seawater to make heat exchange case feed pipe, steam condensation seawater to make heat exchange case, steam condensation seawater spraying endless tube group water main, each steam condensation seawater spraying endless tube water supply arm, each steam condensation seawater spraying endless tube is sequentially connected with into sea water water supply first passage, during controlling the water circulation, this passage is that pump evacuation potential deprives formula water-electricity cogeneration device provisioning through all pump motors operating heat and steam condensation by pressure reduction, the sea water of fresh water cooled heat heating, certain steam set in each steam condensation seawater spraying endless tube condenses seawater spraying endless tube as emergency shower endless tube, and it is set as that it carries the steam of sea water condensation seawater spraying endless tube water supply arm to be emergency shower endless tube water supply arm, emergency shower endless tube water supply arm sets emergency shower endless tube water supply arm electromagnetic valve, all the other each steam condensation seawater spraying endless tube water supply arm is all provided with steam condensation seawater spraying endless tube water supply arm valve, steam condensation seawater spraying endless tube group water main sets steam condensation seawater spraying endless tube group water main's effusion meter；

6008). liquid level stabilizing sea water cistern, equipment refrigerated sea water water main, the cooling water threeway of component cooling water magnetron, gas boosting pump cooling water power motivation cooling water shares pipe, the cooling water power motivation cooling water threeway of gas boosting pump, gas boosting pump group refrigerated sea water water main, each gas boosting pump refrigerated sea water water supply arm, each gas boosting pump water cooling chamber, each gas boosting pump refrigerated sea water exit branch, gas boosting pump group refrigerated sea water outfall sewer, gas boosting pump refrigerated sea water spraying ring pipe is sequentially connected with, gas boosting pump group refrigerated sea water water main sets gas boosting pump group refrigerated sea water water main's valve, equipment refrigerated sea water water main's effusion meter on equipment refrigerated sea water water main；

6009). upper flash chamber lateral wall is uniformly arranged multiple water-cooled magnetron and corresponding air-tightness microwave feed-in mouth, each water-cooled magnetron and microwave feed-in mouth are as far as possible in same level, the cooling water threeway of component cooling water magnetron, magnetron cooling water main, magnetron cooling moisture flow tube, each magnetron cooling water inlet pipe, cooling room in each magnetron, each magnetron cooling water outlet pipe, magnetron cooling water outlet manifold trunk, magnetron cooling Waterborne running spray feed pipe, magnetron cool water shower endless tube sequentially connects connection, magnetron cooling water main sets magnetron cooling water main's valve；

6010). the cooling water power motivation cooling water threeway of gas boosting pump, motor refrigerated sea water feed pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe, motor refrigerated sea water spraying ring pipe sequentially connect, and motor refrigerated sea water feed pipe sets motor refrigerated sea water feed pipe valve；

6011). the pressure vapour snail fan group lower horizontal in lower flash chamber arranges flash chamber concentrated seawater spraying ring pipe group again, and upper flash chamber concentrated seawater spraying ring pipe group again connects upper flash chamber inner space through being located at the connection of the upper flash chamber concentrated seawater drainage tube in lower flash chamber；

6012). inhale vapour pressure vapour snail fan group axis bottom and fix the axis connecting concentrated seawater spray thrower repeatedly, concentrated seawater spray thrower repeatedly by one be axle center with axis horizontal annular concentrated seawater shower repeatedly, the concentrated seawater discrete pipe of multiple radially uniform distributions, one vertical and top closure hollow axis and concentrated seawater suction inlet form, pipeline in concentrated seawater spray thrower axis repeatedly is take out pipe on concentrated seawater, concentrated seawater is taken out pipe bottom and sets the concentrated seawater suction inlet that caliber increases, concentrated seawater suction inlet lower edge and the suitable spacing of diapire under lower flash chamber, arranging in concentrated seawater suction inlet is fixed on concentrated seawater suction inlet inner tubal wall and equally distributed several pump blades, on concentrated seawater suction inlet outer tube wall, the angle such as level is fixedly installed and prevents the concentrated seawater stirring blade that bottom lower flash chamber, concentrated seawater liquid level surface freezes, concentrated seawater above concentrated seawater suction inlet is taken out in pipe, from lower and upper coherent setting, one is taken out blade, concentrated seawater is taken out pipe connection suitable for reading connect and be fixedly installed on the concentrated seawater of concentrated seawater spray thrower axis epimere repeatedly and divide water cavity, concentrated seawater divides water cavity to connect concentrated seawater shower repeatedly through the connection of each concentrated seawater discrete pipe, concentrated seawater divides water cavity and concentrated seawater shower repeatedly in isoplanar, during the operating of permanent magnetism internal rotor high-speed motor forward, the concentrated seawater of lower flash chamber lower submerged concentrated seawater suction inlet can be sucked to take out on concentrated seawater by concentrated seawater suction inlet takes out pipe on Guan Bingjing concentrated seawater, concentrated seawater divides water cavity and each concentrated seawater discrete pipe to import concentrated seawater shower repeatedly, concentrated seawater shower repeatedly is uniformly distributed spray apertures, under lower flash chamber, the sealed circle of diapire and fixing bolt clip are combined on lower flash chamber sidewall and engage mouth and seal through cold-resistant strong sealing glue, upper flash chamber sidewall end count seal and fixing bolt clip are combined on lower flash chamber on diapire and engage mouth and seal through heat-resisting strong sealing glue；

6013). the bottom margin place in lower flash chamber inner space sets virtue of buoyancy and lever principle realizes the liquid level induction system of contactor, liquid level induction system is by airtight hollow float, floating ball lever, fulcrum shaft, pull bar, rubbery elasticity diaphragm seal, elastic switch collectively constitutes, the airtight hollow float quality of diameter about 10cm is slightly less than the quality of consubstantiality hydrops, fulcrum on floating ball lever turns hole positioning sleeve and is contained on the fulcrum shaft that level is fixedly installed, floating ball lever is separated into long and short two section by fulcrum shaft, airtight hollow float is fixed on the remote support end of long section floating ball lever, pull bar upper end is movably connected in the remote support end of short section of floating ball lever, pull bar lower end is flexibly connected the elastic switch sealed through rubbery elasticity diaphragm seal, elastic switch is fixedly installed in the lower flash chamber diapire that short section of floating ball lever remote branch of a clan point rectifies lower section, cover the rubbery elasticity diaphragm seal note of elastic switch and be attached in lower flash chamber on diapire and its edge and diapire in lower flash chamber is fixed closely sealed, rubbery elasticity diaphragm seal makes elastic switch and the isolation of lower flash chamber inner space, elastic switch realizes contactor according to lever principle, when spring below elastic switch inner metal sheets is not opened by tension, lever principle makes lifting without spring terminal of sheet metal, elastic switch is closed, instantly in flash chamber water level decreasing to a certain extent time, spring tension below elastic switch inner metal sheets is opened by airtight hollow float by deadweight and lever, lever principle makes falling without spring terminal of sheet metal, elastic switch makes circuit communication, elastic switch controls emergency shower endless tube water supply arm electromagnetic valve and prompting electric bell through transmission line of electricity；

6014). lower flash chamber, lower flash chamber concentrated seawater is derived fresh water sluicing and is shared pipe, each concentrated seawater suction branch, each concentrated seawater immersible pump, each concentrated seawater immersible pump outlet pipe, concentrated seawater outfall sewer, concentrated seawater derives fresh water sluicing threeway, concentrated seawater power-assist hydroturbine water intake pipe, the concentrated seawater power-assist hydraulic turbine, concentrated seawater power-assist hydraulic turbine outlet pipe, concentrated seawater cistern is sequentially connected with, each concentrated seawater suction branch sets concentrated seawater suction branch valve, concentrated seawater power-assist hydroturbine water intake Guan Shangshe concentrated seawater power-assist hydroturbine water intake tube valve, lower flash chamber concentrated seawater derivation fresh water sluices to share and sets the flash chamber concentrated seawater derivation shared flowmeter for pipe of fresh water sluicing on pipe；

6015). air cylinder is fastened on the outer roof of flash chamber, the upper flash chamber inner space of air cylinder inner space connection that end opening is open, supercharging gas collecting tank and air cylinder are coaxially disposed up and down, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, each gas boosting pumping steam pipe, gas boosting pump group, each gas boosting pump gland steam exhauster, high pressure heats tank, steam turbine steam inlet pipe, steam turbine, steam turbine discharge pipe, steam diversion interlayer and related valve are sequentially connected with, upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drain epimere pipe, steam drain stage casing is managed, steam drain hypomere pipe, steam diversion interlayer and related valve are sequentially connected with, each gas boosting pumping steam pipe sets gas boosting pumping steam pipe valve, steam turbine steam inlet pipe sets steam turbine steam inlet pipe valve, steam turbine discharge Guan Shangshe steam turbine discharge tube valve；

6016). upper flash chamber headroom, air cylinder, supercharging gas collecting tank, steam drainage tube epimere pipe, steam drain high pressure heats tank water filling sluicing threeway, steam drainage tube stage casing is managed, steam drain steam turbine discharge threeway, steam drainage tube hypomere pipe, steam diversion interlayer, each steam condensing cooling pipe, fresh water collects interlayer, fresh water suction house steward, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water power-assist hydroturbine water intake pipe, the fresh water power-assist hydraulic turbine, fresh water power-assist hydraulic turbine outlet pipe, fresh water retention reservoir is sequentially connected with, Guan Shangshe steam drainage tube stage casing, steam drainage tube stage casing pipe flow control valve, derive and fresh water suction house steward sets derivation fresh water suction house steward's valve, each fresh water suction branch sets fresh water suction branch valve, fresh water power-assist hydroturbine water intake Guan Shangshe fresh water power-assist hydroturbine water intake tube valve；

6017). on-condensible gas discharge pipe air inlet is opened on steam diversion interlayer inner roof wall, and on-condensible gas discharge pipe gas outlet is opened on fresh water power-assist spiral case inwall, and on-condensible gas discharge pipe outlet side sets on-condensible gas discharge pipe and gives vent to anger valve；

6018). fresh water retention reservoir, inject fresh water suction tube, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water water injection pipe, fresh water collects interlayer, each steam condensing cooling pipe, steam diversion interlayer, steam drainage tube hypomere pipe, steam drain steam turbine discharge threeway, steam drainage tube stage casing is managed, steam drain high pressure heats tank water filling sluicing threeway and is sequentially connected with, inject and fresh water suction tube sets injection fresh water suction tube valve, fresh water water injection pipe sets fresh water water injection pipe valve；

6019). the lower diapire of upper flash chamber sets water filling sluicing electromagnetic valve, upper flash chamber is through the lower flash chamber of water filling sluicing electromagnetic valve connection, steam drain high pressure heat tank water filling sluicing threeway, steam drainage tube epimere pipe, supercharging gas collecting tank, air cylinder, upper flash chamber inner space, water filling sluicing electromagnetic valve, lower flash chamber inner space, lower flash chamber concentrated seawater derive fresh water sluice share pipe be sequentially connected with, supercharging gas collecting tank roof highest point sets supercharging gas collecting tank water filling exhaust solenoid valve；

6020). steam drain high pressure heats tank water filling sluicing threeway, high pressure heats tank water filling tapping pipe, high pressure heats tank and is sequentially connected with, high pressure heats the tank water filling tapping pipe high pressure that is opened on suitable for reading and heats in tank on diapire, high pressure heats and sets high pressure on tank water filling tapping pipe and heat tank water filling tapping pipe valve, high pressure heats tank deck wall highest point and sets high pressure and heat tank water filling exhaust solenoid valve, the air inlet of steam turbine air inlet pipe is opened on high pressure and heats tank deck wall highest point, steam turbine air inlet pipe sets steam turbine air inlet pipe valve, steam turbine exhaustor is connected to the joint of steam drainage tube stage casing pipe and steam drainage tube hypomere pipe through steam drain steam turbine discharge threeway, steam turbine exhaustor sets steam turbine exhaust valve；

6021). supercharging gas collecting tank, air cylinder, upper flash chamber, water filling sluicing electromagnetic valve, lower flash chamber, the lower flash chamber concentrated seawater derivation shared pipe of fresh water sluicing, each concentrated seawater suction branch, each concentrated seawater immersible pump, each concentrated seawater immersible pump outlet pipe, concentrated seawater outfall sewer, concentrated seawater derivation fresh water sluicing threeway, fresh water tapping pipe, the fresh water power-assist hydraulic turbine, fresh water retention reservoir are sequentially connected with, and fresh water tapping pipe sets fresh water tapping pipe valve；

6022). high pressure heats tank, high pressure heats tank water filling tapping pipe, steam drain high pressure heats tank water filling sluicing threeway, steam drain stage casing is managed, steam drain steam turbine discharge threeway, steam drain hypomere pipe, steam diversion interlayer, each steam condensing cooling pipe, fresh water collects interlayer, derive fresh water suction house steward, derive the suction threeway of fresh water water filling fresh water, derive fresh water water filling fresh water and share suction tube, each fresh water suction branch, each fresh water immersible pump, each fresh water derives arm, derive fresh water water filling fresh water and share delivery line, fresh water power-assist hydroturbine water intake pipe, the fresh water power-assist hydraulic turbine, fresh water power-assist hydraulic turbine outlet pipe, fresh water retention reservoir is sequentially connected with；

6023). air cylinder roof axle center place sets a penetrating high position and seals bearing fixing port, the high-order closely sealed high position that is fixedly installed on of outer raceway sealing bearing seals in bearing fixing port, the open end opening axle center place of air cylinder sets low-level seal bearing, the outer raceway of low-level seal bearing fixes the junction surface connecting air cylinder sidewall with upper flash chamber roof through fixed support, high pressure snail fan group is set in air cylinder, the interior equal fixed cover of raceway circle of the high-order interior raceway circle sealing bearing and low-level seal bearing is combined on high pressure snail fan group axis, high pressure snail fan group axis top slightly probes in supercharging gas collecting tank, high pressure snail fan group is consistent with snail fan group structure of calming the anger, high pressure snail fan group axis is consistent with inhaling vapour pressure vapour snail fan group middle shaft structure, hollow pipeline in high pressure snail fan group axis is vapor compression tube, vapor compression tube top sets check-valves, high pressure snail fan group axis bottom probes in flash chamber headroom, inhale vapour pressure vapour snail fan group axis and connect high pressure snail fan group axis through drive and transmission band, supercharging gas collecting tank sets Pressure gauge, high pressure heats and sets Pressure gauge and thermometer on tank, high pressure heats on the ferromagnetic metal lateral wall of tank and sets spiral solenoid on lateral wall, steam turbine drives main generator generating through change-speed gearing or directly exports power；

6024). accumulation of energy rotating shaft includes a horizontal spindle, two accumulation of energy runners, one concentrated seawater power-assist hydraulic turbine, one fresh water power-assist hydraulic turbine, one power-assist drive, the roll-type location bearing that three specifications are consistent, three loading ability of bearing framves, one travelling gear, one speed increasing gear group, travelling gear, power-assist drive, first roll-type location bearing, first accumulation of energy runner, the fresh water power-assist hydraulic turbine, second roll-type location bearing, the concentrated seawater power-assist hydraulic turbine, second accumulation of energy runner, 3rd roll-type location bearing is sequentially fixedly set on horizontal spindle, the outer raceway circle of three roll-type location bearings is respectively and fixedly installed on three loading ability of bearing framves, the accumulation of energy runner that two specifications are consistent is train wheel shape runner, accumulation of energy runner wheel periphery edge has inside to be cast into the thickening wheel week of metallic lead, the concentrated seawater power-assist hydraulic turbine, the fresh water power-assist hydraulic turbine, the water pump cooler bin power-assist hydraulic turbine is the tangential impact formula hydraulic turbine of spiral case, the stator of the concentrated seawater power-assist hydraulic turbine and the fresh water power-assist hydraulic turbine is fixed on stator bracing frame, the mover impeller of the concentrated seawater power-assist hydraulic turbine and the fresh water power-assist hydraulic turbine is fixedly set on the horizontal spindle of accumulation of energy rotating shaft, accumulation of energy rotating shaft exposes in atmosphere, the concentrated seawater power-assist hydraulic turbine is arranged on concentrated seawater cistern ullage, the fresh water power-assist hydraulic turbine is arranged on fresh water retention reservoir ullage, the water pump cooler bin power-assist hydraulic turbine is arranged in liquid level stabilizing sea water cistern maritime interior waters, fixed cover holding water pump cooler bin power-assist hydraulic turbine drive on water pump cooler bin power-assist hydraulic turbine arbor, water pump cooler bin power-assist hydraulic turbine drive is through the transmission power-assist drive with connecting above the water pump cooler bin power-assist hydraulic turbine, each power-assist hydraulic turbine drives accumulation of energy rotating shaft to rotate jointly, accumulation of energy rotating shaft operates through speed increasing gear group drive electrical generators, electromotor via line connects electric panel room, electric panel room by electric current after frequency modulation boosting etc. processes, for magnetron, spiral solenoid and other electrical equipments are powered；

6025). need the parts taking Insulation to include: upper flash chamber, air cylinder, supercharging gas collecting tank, high pressure heats tank, steam drainage tube epimere pipe, steam drainage tube stage casing is managed, steam drainage tube hypomere pipe, high pressure heats tank water filling tapping pipe, steam turbine air inlet pipe, steam turbine, steam turbine exhaustor, each gas boosting pumping steam pipe, each gas boosting pump gland steam exhauster, each gas boosting pump water cooling chamber, each gas boosting pump refrigerated sea water exit branch, gas boosting pump group refrigerated sea water outfall sewer, steam condensation seawater to make heat exchange case, steam condensation seawater spraying endless tube group water main, each steam condensation seawater spraying endless tube water supply arm, cooling room in each magnetron, each magnetron cooling water outlet pipe, motor water cooling chamber, motor refrigerated sea water outlet pipe.