CN1385670A - High-efficient energy-storage circular generator - Google Patents
High-efficient energy-storage circular generator Download PDFInfo
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- CN1385670A CN1385670A CN01113937A CN01113937A CN1385670A CN 1385670 A CN1385670 A CN 1385670A CN 01113937 A CN01113937 A CN 01113937A CN 01113937 A CN01113937 A CN 01113937A CN 1385670 A CN1385670 A CN 1385670A
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- temperature difference
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/14—Thermal energy storage
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Abstract
The present invention relates to a high-effective energy-storing circulating power generation unit. It is heat-insualting by heat-insulating ceramic paint, and contains the equipments of heat storage tank, high pressure steam tank, turboset, steam-water temp.-difference heat-exchange tank, softened water storage tank, high-pressure circulating water pump and pipeline which are made of high-temp. resistant steel material and mounted in the shaft frame. It is a permanent circulaitng power generation unit which can utilize the reactive electric consumption of night electric network and automatically make high-efficiency energy conversion.
Description
The present invention relates to a kind of high-efficient energy-storage circular generator, particularly utilize big electric network reactive-load electricity damage at night, carry out the circulation electric generating apparatus that the energy efficient conversion stores automatically.
At present, about the high-efficient energy-storage circular generator technology, be utility model at me, a kind of peak regulation formula electric energy conversion heat accumulation air-conditioner, (ZL:00204587.7) and " a kind of energy source device " (ZL:95321547.5) and (ZL:00205839.1) technical innovation; In a kind of peak regulation formula electric energy conversion heat accumulation air-conditioner, low because of being heated the working medium boiling point, increase quantity of heat storage, must increase the heat storage can capacity; Reach all thermoelectric devices now, the bar that all can not be implemented in no organic matter energy resource consumption as follows, the spontaneous electric weight of supplement trace, circulating generation, the heat energy loss free of charge that the organic matter energy is produced, it is high to be directed at energy prices, existing organic matter resource day by day exhausts, simultaneously when organic compound combustion, the very big harm that brings pernicious gas that human survival is caused.
In view of the deficiency of above-mentioned technology, the purpose of this invention is to provide the tin that a kind of usefulness is nontoxic, boiling point is high, substitute and to add deep fat and do and be heated working medium, neither increase the heat storage can capacity, quantity of heat storage can be multiplied again; The heat that utilizes heat storage can to store, do the heating working medium of device, do with smellyization lithium cold-producing medium or water and to be heated working medium, to be heated working medium (low-temperature receiver) by big " Natural Circulation " rule and carry out temperature difference exchange generation high pressure high temperature vapor from the bottom to top, do manual work by promoting one or more groups Turbo-generator Set, press big " Natural Circulation " rule after the generating again, in carbonated drink temperature difference swap tank, after (" indirect steam " thermal source) carries out temperature difference exchange condensation step-down from top to bottom and flow to the demineralized water water tank, demineralized water (low-temperature receiver) is pushed back in the carbonated drink temperature difference heat exchange jar by water pump; Carry out temperature difference exchange from the bottom to top, make it produce high pressure high temperature vapor once more, the generating of circulation temperature difference exchange pushing turbine group with limited heat energy in the device, is effectively carried out temperature difference exchange, the purpose that it is reached.
Purpose of the present invention can be achieved through the following technical solutions: by the insulation of thermal insulation ceramics lacquer, make the device that is installed in the vertical shaft type framework with high temperature resistant steel, at the top of top ball-shaped high steam jar, be provided with the safety valve and the manometric mouth of pipe; In the high steam tank top, also be provided with the steam outlet pipe that links to each other with the Turbo-generator Set steam inlet tube that is installed in high steam jar next door with pipeline; The steaming inlet tube that high steam jar outer lower portion is provided with, by pipeline be installed under the high steam jar, the column type heat storage can in, spiral temperature difference exchange coil pipe steam outlet pipe suitable for reading links to each other in the heat storage can outer upper; The high steam pot bottom is provided with condensed water down-comer interface; The outer top of heat storage can also is provided with annotates Xi Kou and exhaust pipe mouth; And heat storage can inside spin formula temperature difference heat is changed the steam inlet tube of coil pipe end opening in the heat storage can bottom, by pipeline be installed in heat storage can under, steam outlet pipe suitable for reading is continuous in the column type carbonated drink temperature difference swap tank; Outside heat storage can the mouth of pipe that also is provided with of middle part by high-pressure water level meter with below, the mouth of pipe at the outer middle part of carbonated drink temperature difference swap tank links to each other; The terminals of the electrical heating spiral coil of being made by exotic material in heat storage can are located at bottom outside the heat storage can; Also be provided with the tin liquor excretory duct in the heat storage can bottom; The condensed steam inlet tube that the outer middle part of carbonated drink temperature difference swap tank is provided with is linked to each other by the high pressure back water pump outlet of the pipeline band check-valves other with being installed in carbonated drink temperature difference swap tank; Be located at the spiral temperature difference exchange coil pipe condensation demineralized water inlet tube suitable for reading in the carbonated drink temperature difference swap tank, link to each other with the Turbo-generator Set gland steam exhauster that is installed in the outer top of carbonated drink temperature difference swap tank by pipeline; Be located in the carbonated drink temperature exchanged heat jar, the condensation demineralized water outlet of spiral temperature difference exchange coil pipe end opening is linked to each other by the entry mouth of pipe at the pipeline demineralized water water tank top other with being installed in carbonated drink temperature difference swap tank; Above the demineralized water water tank, also be provided with ventilation, the shared mouth of pipe of moisturizing; The outer downside of demineralized water water tank also is provided with the demineralized water water that links to each other with the high pressure back water pump water sucking mouth pipe that is installed in demineralized water water tank top and deposits the case outlet; In the outlet of high pressure back water pump, also be provided with the condensed water down-comer interface that links to each other by pipeline with the condensed water down-comer of high steam pot bottom.
Operation principle of the present invention: at first till carbonated drink temperature difference swap tank is filled to carbonated drink temperature difference exchange tank deck open height; Close heat storage can bottom tin liquor and drain the outlet valve pipe, the tin liquor that will add fusing is annotated Xi Kou and is annotated till near the heat storage can mouth from the heat storage can top, connect the terminals power supply that is located at the electrical heating terminals in the outside under the heat storage can, with the tin of boiling point up to 2270 °, be heated to 2000 ° of left and right sides high-temperature storage, cut off the power supply of heat storage can electrical heating terminals; Connect the power supply of high pressured water circuling pump terminals, slow 々 rotates high pressured water circuling pump outlet valve handle, the high pressured water circuling pump outlet valve handle by the time HCS stops operating when carrying out the running of normal temperature difference exchange cycles, working vapor pressure stability in device is connected with heat storage can electrical heating terminals power supply to heat storage can for micro-electric power with the heat loss of supplementary device and begin outwards forever to power by Turbo-generator Set power supply output terminals power supply.
The present invention compared with prior art has following advantage:
(1) owing to select for use the high tin of boiling point to do, in identical big volume, improves 20 times of heat accumulation efficient, make temperature difference exchange temperature reach optimum temperature, and reduced significantly and manufactured cost and reduce the plant area area by hot working fluid;
(2) energy-efficient.Owing to adopt the closed circuit temperature difference exchange cycles of high-efficiency energy-storage and heat insulation with the ceramic insulation lacquer, device only needs the spontaneous electric weight of consumer trace when normal closed circuit running, can mend the heat loss and the required heat of supplementing water that cause when device turns round.
(3) by " the Nature circulation " rule, the end opening of the spiral temperature difference exchange coil pipe of water (low-temperature receiver) in heat storage can, closed cycle from the bottom to top, vaporization is after the generating set acting, the spiral temperature difference exchange coil pipe that " two steam " (thermal source) enters in the carbonated drink temperature difference swap tank carries out closed circuit vapour, water temperature difference exchange cycles from top to bottom, eradicated the thermoelectric heat-energy losses that causes.
(4) will save the organic matter resource of the preciousness under retaining now on the earth.
(5) thoroughly eliminate the environmental pollution that heat energy utilization brings.The carbon dioxide that boiler and engine bring, all pernicious gases of sulfur dioxide are thoroughly disappeared on earth.
(6) high-efficient energy-storage circular generator will replace all heat energy utilization devices now.
(7) thoroughly reduce energy proportion in national economy.The promoting the use of of high-efficient energy-storage circular generator will alleviate volume of transport 80%.
(8) appearance of high-efficient energy-storage circular generator; it is an essence revolution on the world energy sources history; the termination of declaration " Carnot cycle "; its social benefit and economic benefit are impayable; it will thoroughly eliminate " global greenhouse effect " and EL Nino phenomenon, and the mankind are returned in the blue sky blue sea.
(9) will increase exponentially human economic life level and living standard.
Accompanying drawing 1 is a high-efficient energy-storage circular generator structural representation of the present invention
Specifically describe embodiments of the invention below in conjunction with accompanying drawing: a kind of high-efficient energy-storage circular generator, it is characterized in that: by the insulation of thermal insulation ceramics lacquer, make the device that is installed in the vertical shaft type framework 4 with high temperature resistant steel, at top ball-shaped capacity is the top of 5 cubic metres high steam jar 3, is provided with the mouth of pipe of safety valve 2 and Pressure gauge 36; In the high steam tank top, also being provided with pipeline is the steam outlet pipe 1 that 275 kilowatts Turbo-generator Set 34 steam inlet tubes 35 link to each other with being installed in high steam jar next door generated energy; The steaming inlet tube 5 that high steam jar outer lower portion is provided with, by pipeline be installed under the high steam jar, the column type capacity be that 3 cubic metres, quantity of heat storage are that spiral temperature difference heat exchange coil 11 steam outlet pipes 10 suitable for reading link to each other in the heat storage can outer upper in 9,700,000 kilocalories the heat storage can 9; The high steam pot bottom is provided with condensed water down-comer interface 6; The outer top of heat storage can also is provided with annotates tin mouth 8 and exhaust pipe mouth 7; And heat storage can inside spin formula temperature difference heat is changed the steam inlet tube 15 of coil pipe end opening in the heat storage can bottom, by pipeline be installed in heat storage can under, the column type capacity is that steam outlet pipes 16 suitable for reading in 5 cubic metres the carbonated drink temperature difference heat exchange jar 19 are continuous; Outside heat storage can the mouth of pipe 13 that also is provided with of middle part by high-pressure water level meter with below, the mouth of pipe 18 at the outer middle part of carbonated drink temperature difference heat exchange jar links to each other; The terminals 14 of 20 kilowatts of electrical heating spiral coils 12 being made by exotic material in heat storage can are located at bottom outside the heat storage can; Also be provided with tin liquor excretory duct 31 in the heat storage can bottom; The condensed steam inlet tube 25 that the outer middle part of carbonated drink temperature difference heat exchange jar is provided with is linked to each other by high pressure back water pump 27 outlets 28 of the pipeline band check-valves 29 other with being installed in carbonated drink temperature difference heat exchange jar; Be located at the spiral temperature difference heat exchange coil 17 condensation demineralized water inlet tube 30 suitable for reading in the carbonated drink temperature difference heat exchange jar, link to each other with the Turbo-generator Set gland steam exhauster 33 that is installed in the outer top of carbonated drink temperature difference heat exchange jar by pipeline; Be located in the carbonated drink temperature difference heat exchange jar, the condensation demineralized water outlet 20 of spiral temperature difference heat exchange coil end opening is linked to each other with the entry mouth of pipe 24 that to be installed in the other capacity of carbonated drink temperature difference heat exchange jar be 1.5 cubic metres demineralized water water tank 22 tops by pipeline; Above the demineralized water water tank, also be provided with ventilation, the shared mouth of pipe 23 of moisturizing; The outer downside of demineralized water water tank also is provided with the high pressure back water pump water sucking mouth pipe 26 demineralized water water that link to each other that are installed in demineralized water water tank top and deposits case outlet 21; In the outlet of high pressure back water pump, also be provided with the condensed water down-comer interface 32 that links to each other by pipeline with the condensed water down-comer of high steam pot bottom.After night, power supply was heated about 2 hours to heat storage can, open the high pressure back water pump, when device enters the normal power generation state, heat storage can 5 kilowatts/hour the electric weight of powering in device, keeping best generating temperature, and can lastingly outwards should be for 270 kilowatts/hour electric weight.
Claims (1)
1, a kind of high-efficient energy-storage circular generator, it is characterized in that: by the insulation of thermal insulation ceramics lacquer, make the device that is installed in the vertical shaft type framework (4) with high temperature resistant steel,, be provided with the mouth of pipe of safety valve (2) and Pressure gauge (36) at the top of top ball-shaped high steam jar (3); In the high steam tank top, also be provided with the steam outlet pipe (1) that links to each other with Turbo-generator Set (34) steam inlet tube (35) that is installed in high steam jar next door with pipeline; The steaming inlet tube (5) that high steam jar outer lower portion is provided with, by pipeline be installed under the high steam jar, column type heat storage can (9) in, spiral temperature difference heat exchange coil (11) steam outlet pipe (10) suitable for reading links to each other in the heat storage can outer upper; The high steam pot bottom is provided with condensed water down-comer interface (6); The outer top of heat storage can also is provided with annotates Xi Kou (8) and exhaust pipe mouth (7); And heat storage can inside spin formula temperature difference heat is changed the steam inlet tube (15) of coil pipe end opening in the heat storage can bottom, by pipeline be installed in heat storage can under, steam outlet pipe (16) suitable for reading is continuous in the column type carbonated drink temperature difference heat exchange jar (19); The mouth of pipe (13) that also is provided with of middle part is by high-pressure water level meter and below outside heat storage can, and the mouth of pipe (18) at the outer middle part of carbonated drink temperature difference heat exchange jar is continuous; The terminals (14) of the electrical heating spiral coil of being made by exotic material in heat storage can (12) are located at bottom outside the heat storage can; Also be provided with tin liquor excretory duct (31) in the heat storage can bottom; The condensed steam inlet tube (25) that the outer middle part of carbonated drink temperature difference heat exchange jar is provided with is linked to each other by high pressure back water pump (27) outlet (28) of the pipeline band check-valves (29) other with being installed in carbonated drink temperature difference heat exchange jar; Be located at spiral temperature difference heat exchange coil (17) the condensation demineralized water inlet tube (30) suitable for reading in the carbonated drink temperature difference heat exchange jar, link to each other with the Turbo-generator Set gland steam exhauster (33) that is installed in the outer top of carbonated drink temperature difference heat exchange jar by pipeline; Be located in the carbonated drink temperature difference heat exchange jar, the condensation demineralized water outlet (20) of spiral temperature difference heat exchange coil end opening is linked to each other by the entry mouth of pipe (24) at pipeline demineralized water water tank (22) top other with being installed in carbonated drink temperature difference heat exchange jar; Above the demineralized water water tank, also be provided with ventilation, the shared mouth of pipe (23) of moisturizing; The outer downside of demineralized water water tank also is provided with the demineralized water water that links to each other with the high pressure back water pump water sucking mouth pipe (26) that is installed in demineralized water water tank top and deposits case outlet (21); In the outlet of high pressure back water pump, also be provided with the condensed water down-comer interface (32) that links to each other by pipeline with the condensed water down-comer of high steam pot bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN01113937A CN1385670A (en) | 2001-05-10 | 2001-05-10 | High-efficient energy-storage circular generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN01113937A CN1385670A (en) | 2001-05-10 | 2001-05-10 | High-efficient energy-storage circular generator |
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| Publication Number | Publication Date |
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| CN1385670A true CN1385670A (en) | 2002-12-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN01113937A Pending CN1385670A (en) | 2001-05-10 | 2001-05-10 | High-efficient energy-storage circular generator |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1327588C (en) * | 2006-03-14 | 2007-07-18 | 侯永忠 | Electric power load regulating system and method |
| CN111442190A (en) * | 2019-01-16 | 2020-07-24 | 上海广谋能源技术开发有限公司 | Method for storing energy by using tunnel |
-
2001
- 2001-05-10 CN CN01113937A patent/CN1385670A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1327588C (en) * | 2006-03-14 | 2007-07-18 | 侯永忠 | Electric power load regulating system and method |
| CN111442190A (en) * | 2019-01-16 | 2020-07-24 | 上海广谋能源技术开发有限公司 | Method for storing energy by using tunnel |
| CN111442190B (en) * | 2019-01-16 | 2021-08-10 | 上海广谋能源技术开发有限公司 | Method for storing energy by using tunnel |
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| C06 | Publication | ||
| PB01 | Publication | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |