CN105089913A - Cycle hydro electric generating set - Google Patents
Cycle hydro electric generating set Download PDFInfo
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- CN105089913A CN105089913A CN201510505564.5A CN201510505564A CN105089913A CN 105089913 A CN105089913 A CN 105089913A CN 201510505564 A CN201510505564 A CN 201510505564A CN 105089913 A CN105089913 A CN 105089913A
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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
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/20—Hydro energy
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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
- Y02E60/16—Mechanical energy storage, e.g. flywheels or pressurised fluids
Abstract
The invention discloses a cycle hydro electric generating set which is composed of a first pool, a second pool, a third pool, eight electric generation water turbines, water suction pumps, high pressure resisting water pipes and a high pressure resisting drainage pipe. The first pool is installed at the bottom, the second pool is installed in the middle, and the third pool is installed on the upper portion. The third pool is connected to the first pool through the high pressure resisting drainage pipe. The vertical falling head of the water pipes is 40 degrees. The eight electric generation water turbines are installed on the high pressure resisting drainage pipe. The water suction pumps are installed in the first pool and the second pool. The first pool, the second pool and the third pool are connected through the high pressure resisting pipes. Each high pressure resisting water pipe is connected with one water suction pump, and therefore the cycle hydro electric generating set is formed. According to the cycle hydro electric generating set, no dam needs to be constructed, no cultivated land is occupied, investment is saved, sufficient utilization of the mature electric generating technology and comprehensive utilization of natural resources are combined, and cycle hydro electric generating stations can be widely built on places with water.
Description
Technical field
The invention belongs to technical field of hydroelectric generation, be specifically related to a kind of circulation hydraulic generating unit.
Background technique
Hydroelectric power is the science and technology of the techno-economic question such as engineering construction and production run that water can be converted to electric energy.The water that hydroelectric power utilizes can mainly contain the potential energy in water body.For realizing that water can be converted to electric energy, need to build dissimilar water power plant.
Hydroelectric power system (Hydroelectricpower) utilize river, lake etc. to be positioned at water that eminence has potential energy flow to lower, wherein contained potential energy converting and energy will become the kinetic energy of water turbine, relending water turbine is motive force, and pushing generator produces electric energy.Utilize waterpower (having head) to promote hydraulic machinery (water turbine) to rotate, can water be changed into mechanical energy, if connecting another kind of machinery (generator) on water turbine just can send electric next along with water turbine rotates, at this moment mechanical energy changes electric energy into again.Hydroelectric power says it is that the potential energy of water is transformed into mechanical energy in some sense, then is transformed into the process of electric energy.The voltage of power sent because of hydroelectric power station is lower, flow to distant user, just voltage must be increased through transformer, the electric substation of user concentration zones is transported to again by empty frame electric transmission line, finally be reduced to the voltage of applicable domestic consumer, factory's consumer, and be transported to each factory and family by distribution wire.
Hydroelectric basic principle utilizes the height of water, and hydrous water turbine generator produces electric power, namely utilizes water to generate electricity.
The potential energy of Three Gorges Dam transfers the mechanical energy of water wheels to, then with mechanical energy pushing generator, and obtain electric power.Scientists, with the natural endowment of this height of water, effectively utilizes stream power engineering and mechanical-physical etc., and collocation is to reach the highest generated energy meticulously, and cheapness for people to use is free of contamination electric power again.
At present, 4 kinds are classified by the mode of concentrated fall, have: dam-type hydroelectric power plant, water channeling type hydroelectric power plant, hybrid hydroelectric power plant, tidal water power plant and Pumped Storage Plant.
Classify by the degree of Runoff adjustment, have: without regulating hydroelectric power plant and having adjustment hydroelectric power plant.
According to the character at water source, be commonly referred to as conventional hydropower station, namely utilize the water source such as natural river, lake to generate electricity.
By the size of water power plant utilized head, high head (more than 70 meters), middle head (15-70 rice) and low water head (lower than 15 meters) water power plant can be divided into.
By the size of water power plant electric motor power, large-scale, medium-sized and small hydropower station can be divided into.Generally by electric motor power 5, below 000kW be called small hydropower station, 5,000 to 100,000kW be called medium hydropower station, 100,000 kW or more are called large hydropower station or Huge Power Station.
The usual hydroelectric flow process of flow process is: the water in rivers and creeks is via blocking after drainage facility seizes, through the water route such as pressure tunnel, penstock, facility delivers to power plant, when unit must operate generating, open the main valve function of water tap (in the similar family), rear unlatching guide vane (working control exports the little water valve of strength) makes water slug water turbine, after water turbine rotates, drive electrical generators rotates, after generator adds excitation, voltage set up by generator, and start electric power to deliver to electric power system after circuit breaker drops into.If adjust exerting oneself of generator set, the aperture increase and decrease water yield that can adjust guide vane is reached, and the water after generating gets back to river course via tail water road, using with water of supply downstream.
Water can be a kind of inexhaustible, nexhaustible, reproducible clean energy resource.But imitate to there be hydroelectric power and utilize natural water energy, need the artificial hydraulic structure building energy concentrated flow drop and adjust flux, as dam, diversion pipe culvert etc.Therefore construction investment is large, the construction period is long.But hydroelectric power efficiency is high, and cost of electricity-generating is low, unit starting is fast, regulates easily.Owing to utilizing natural flows, the impact by natural condition is larger.Hydroelectric power fully utilizes an important component part of water resources often, forms water resources comprehensive utilization system with shipping, cultivation, irrigation, flood control and tourism.
Hydroelectric power is the renewable sources of energy, less to environmental impact.Except can providing cheap electric power, also have following advantage: check the floods and spread unchecked, provide irrigation water, improve river shipping, relevant works improves the traffic of this area, electric hydroelectric power power supply and economic simultaneously, can promote a tourist business especially and aquaculture.The comprehensive development plan of U.S.'s Tenn is first large-scale hydraulic engineering, drives overall economic development.
But current water power plant also has following shortcoming:
(1) because the restriction in landform cannot build too large capacity, single-machine capacity is about 300MW;
(2) long during founding the factory, expenditure of construction is high;
(3) being subject to the disaster in geomantic omen because being located at natural rivers and creeks or limnetic zone, affecting other water conservancies.Electric power exports the impact being subject to weather drought rain;
(4) not easily capacity is increased after founding the factory;
(5) ecological failure: dam following water erosion aggravation, the change in river and on vegeto-animal impact etc.;
(6) need build a dam immigrant etc., and infrastructure investment is large;
(7) alluvial soil that downstream is fertile reduces because washing away.
And the ecology influence produced also is huge.Major embodiment in: need the dam flooding field, extensive upstream, can biolytic diversity, productive lowly, along river Valley forest, wetland and grassland, be hydroelectric power and the reservoir built can cause the comminuted of habitat, surrounding area and cause the deterioration of soil erosion.
For the aquatic ecosystem that tract hydroelectric project can affect the upstream and downstream of peripheral region is flooded in retaining.Such as, there are some researches show, the dam along the Atlantic Ocean, North America and Pacific coast decreases the salmon population quantity needing to lay eggs to upstream, because dam prevents these fishes to lay eggs to the breeding spot of upstream.Although be provided with fishway at the maximum dam of salmon habitat, this situation can not be avoided.Young salmon also suffer from infringement, because when they move to sea, and must by the turbine in power station.In order to protect these fish, the some period of some areas in 1 year of the U.S. transports troutlet to downstream by yacht.Under special circumstances, some dams, such as marmot dam, is removed, because it is on the impact of fish.How designing and destroy less turbogenerator to hydrobiose, is an active research field.Some mitigation strategies, as fishway, have become the granted necessary condition passed through with evaluation that is off-the-shelf item of new projects in some countries.
As the factor such as construction of Yangtze river basin large hydraulic engineering, had a strong impact on migration route and the breeding place of mandarin sturgeon, making it population quantity sharply reduces, and endangered danger.
In addition, the environmetal impact that water generating brings also has:
(1) geographical aspect: huge reservoir may cause the activity on earth's surface, even Tectonic earthquake.In addition, the change in River Basin Hydrology can also be caused, as low in downstream water potential drop or from the silt minimizing etc. of upstream.After reservoir builds up, because steam output is large, weather is nice and cool and more stable, and rainfall rate reduces.
(2) biological aspect: for terrestrial animal, after reservoir builds up, may cause a large amount of wild animals and plants to be submerged death, even all become extinct.For aquatic animal, after reservoir builds up, due to the change of Ecological Environment of Upper Reaches, fish can be made to be affected, cause extinction or population quantity to reduce.
Meanwhile, due to the expansion of upstream water surface area, the place of perching of some biology (as oncomelania) is increased, spreads for some distinct disease (as schistosomiasis) condition of creating.
(3) physicochemical properties aspect: flow into and flow out the water of reservoir and change in the physicochemical properties such as color and smell, and the density of each layer water in reservoir, temperature, even solubility etc. are different.The water temperature of deep water is low, and the organic substance of deposition bottom of the reservior fully oxidizedly can not be in anaerobic digestion, and the carbon dioxide content of water body obviously increases.
For protection of the environment and comprehensive utilization of resources, in China, territory is vast in territory, and water resources basin is unbalanced, and lack the wide geographic area short of electricity in river, water source, the problem of power shortage does not also really solve, and directly affects local industrial and agricultural development, problem becomes increasingly conspicuous.Therefore, water resources and using water wisely is utilized to be that China must in the face of being badly in need of the realistic problem solved.
Summary of the invention
Object of the present invention is exactly the various problem that overcomes existing for existing water generating and provides brand-new a kind of circulation hydraulic generating unit.Specifically comprise: this unit is by pond one, pond two, pond three, water turbine, suction pump, high pressure resistant water pipe, high pressure resistant waste pipe composition, wherein, pond one is placed in bottom, pond two is placed in middle part, pond three is placed in top, by high pressure resistant waste pipe, pond three is connected to pond one, the upper and lower drop of water pipe is 40 degree, and eight water turbines are arranged on high pressure resistant waste pipe respectively, suction pump divides and is placed in pond one and pond two, and high pressure resistant drinking-water pipe is point respectively by pond one, pond two and pond three couple together, each high pressure resistant drinking-water pipe is all connected to a suction pump, then a circulation hydraulic generating unit is formed.
The present invention is achieved through the following technical solutions:
1, a circulation hydraulic generating unit, is characterized in that: this unit is made up of pond one (1), pond two (2), pond three (3), water turbine (4), suction pump (5), high pressure resistant water pipe (6), high pressure resistant waste pipe (7);
Described pond one (1) is placed in bottom;
Described pond two (2) is placed in middle part;
Described pond three (3) is placed in top;
Described water turbine (4) has eight;
Described suction pump (5) has six;
Described high pressure resistant drinking-water pipe (6) has six;
Described high pressure resistant waste pipe (7) is one;
Above-mentioned pond one (1), pond two (2), pond three (3), water turbine (4), suction pump (5), high pressure resistant drinking-water pipe (6), during high pressure resistant waste pipe (7) combination, , by high pressure resistant waste pipe (7), pond three (3) is connected to pond one (1), the upper and lower drop of water pipe is 40 degree, and 8 water turbines (4) are arranged on high pressure resistant waste pipe (7) respectively, from pond three (3) along high pressure resistant waste pipe (7) down distance 20 meters of installations first water turbine (4) during installation, down that every ten meter amperes fill a water turbine (4) again, 6 suction pumps divide has three to be placed in pond one (1), another three is be placed in pond two (2), and high pressure resistant drinking-water pipe (6) is points three is coupled together in pond one (1) and pond two (2) side by side, other 33 is also coupled together in pond two (2) and pond three (3) side by side, wherein each high pressure resistant drinking-water pipe (6) is all connected to a suction pump (5), then forms a circulation hydraulic generating unit.
Application principle of the present invention:
Pond one (1), pond two (2) and pond three (3) layout are built well, and according to technological scheme, water turbine (4), suction pump (5), high pressure resistant drinking-water pipe (6) and high pressure resistant waste pipe (7) Connecting groups is synthesized a circulation hydraulic generating unit.High-tension transformer supporting with it for the present invention, high voltage transmission line etc. are connected, before generating, first water is filled in pond two (2) and pond three (3), when opening a sluice gate and drawing out some water in pond three (3), because the upper and lower drop of high pressure resistant waste pipe (7) is 40 degree, then current are toward high pressure resistant waste pipe (7) undershoot with the speed of 0.6 cube of meter per second, then produce Driving force and promote eight water turbines (4) simultaneously and rotate, utilize the advantage that combined type arranges, eight water turbines (4) rotary electrification simultaneously.When the water in pond three (3) flows to pond one (1), by three suction pumps (5) being placed in pond one (1) inner, water is extracted in pond two (2), be extracted in pond three (3) by being placed in three inner suction pumps (5) of pond two (2) turning again, water returns and circulates and reach the object of recycling in three ponds.The present invention does not pollute when having application, clean energy, multi-purpose water, and the region that generator set is built does not have narrow limitation, and generator unit structure is simple, build the features such as easy.The present invention not only significantly saves water source, and Infrastructure less investment, but the usefulness produced is large, can the extensive and effective problem solving shortage of electric power in all parts of the country.
The present invention both had the following advantages:
1, not only design science is reasonable for the structure that forms of the present invention, and novel, and during application, measure is unique, and effect is remarkable.
2, building the present invention without the need to building dam, not occupying cultivated land, reducing investment outlay, the generation technology or the comprehensive utilization of natural resources that make full use of maturation combine, and are widely used in there being the place of water to build circulation hydraulic generating station.In addition, do not pollute, clean energy, multi-purpose water when the present invention has application, the region that generator set is built does not have narrow limitation, and generator unit structure is simple, build the features such as easy.
3, current, although China territory is vast in territory, water resources basin is unbalanced, lacks the general short of electricity of wide geographic area in river, water source.So the problem of power shortage does not also really solve, directly affects local industrial and agricultural development, problem becomes increasingly conspicuous.Therefore, water resources and using water wisely is reasonably utilized to be that China must in the face of being badly in need of the realistic problem solved.For this problem, the present invention not only reduces consumption and control environmental pollution, protecting ecology, and meets again national environmental protection policy.Can play again and meet industrial and agricultural development productive power demand, make outstanding contribution for benefiting the local people, its meaning is very great.
4, the present invention can also the condition of depending on natural environment, as the large, medium and small type reservoir had according to various places, or the layout construction circulation hydraulic generating unit such as lake naturally had, great river, great river, river, brook, its investment more economizes.
5, construction capacity is the pond of 1280 cubic meter of water, and stoichiometric number is: long 16 meters × wide 16 meters × dark 5 meters=1280 cubic meter of water, 3 ponds are then 1280 × 3=3840 cubic meter of water.Each water turbine set electric motor power is: after 125 kilowatts, one 125 kilowatts generatings=380 volts+boosting=1 ten thousand volt, becomes 380 volts or 220 volts of electricity to user after 10,000 volts of electricity are transported to land used one step-down.Extrapolate according to data: 125 kilowatts × 8 unit=1000 kilowatt, 380 volts × 8 unit=3040 volt, 3040 volts+boosting=8 ten thousand volts, the circulation power consumption that draws water is: with 6,45 kilowatt of 3 phase motor, bore is 20 centimetres of suction pumps 6, and power consumption is: 45 kilowatts × 6=270 kilowatts, 1000 kilowatts-270 kilowatts=730 kilowatts, residue kilowatt number is 730 kilowatts, and the generated energy being equivalent to residue 6 units is sent to user, and 60,000 volts of electricity can reach a county town power consumption.If build two power stations to reach 12 Wan Funa with regard to the sufficient 250,000 population consumptions of electricity.Investment and return rate are estimated: build a power plant project investment estimate with more than 100,000,000 yuan to 200,000,000 yuans, by 80,000 population county town estimations, there are 40,000 household electricities, average monthly each family electricity charge 200 yuan, 200 yuan × 40,000=800 ten thousand yuan, industrial or agricultural electricity consumption is 1,000 6 one hundred ten thousand yuan, 800 ten thousand+1 1,000 6 one hundred ten thousand=2,000 4 one hundred ten thousand yuan, 2000 4 one hundred ten thousand yuan × 12 months=200,000,000 8 thousand 8 one hundred ten thousand yuan, backing up money within 2 years, can be obtained by calculating, within the 3rd year, make money.Return rate is considerable.If invest 10 hundred million to build 5 power stations, be exactly 60,000 volts × 5 power station=300,000 volt, obtain 300,000 volts of ultrahigh pressure electricity, 120 hundred million yuans are just spent in the past in age construction, good farmland, village are flooded, therefore, the science of new technology is applied as investor and changes in the past situation and save 110 hundred million yuans.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
In FIG, 1 be pond one, 2 are ponds two, 3 are ponds three, 4 is water turbines, and 5 is suction pumps, and 6 is high pressure resistant water pipes, and 7 is high pressure resistant waste pipes.
Embodiment
Now the present invention will be described in detail by reference to the accompanying drawings:
The present invention is made up of pond one (1), pond two (2), pond three (3), water turbine (4), suction pump (5), high pressure resistant water pipe (6), high pressure resistant waste pipe (7).
Shown in Fig. 1 is structural representation of the present invention.Wherein, 1 be pond one (1), 2 is ponds two (2), 3 are ponds three (3), 4 is water turbine (4), and 5 is suction pump (5), 6 is high pressure resistant water pipe (6), and 7 is high pressure resistant waste pipe (7).
In addition, described pond one (1) is placed in bottom.
Described pond two (2) is placed in middle part.
Described pond three (3) is placed in top.
Described water turbine (4) has eight.
Described suction pump (5) has six.
Described high pressure resistant drinking-water pipe (6) has six.
Described high pressure resistant waste pipe (7) is one.
And above-mentioned pond one (1), pond two (2), pond three (3), water turbine (4), suction pump (5), high pressure resistant drinking-water pipe (6), during high pressure resistant waste pipe (7) combination, , by high pressure resistant waste pipe (7), pond three (3) is connected to pond one (1), the upper and lower drop of water pipe is 40 degree, and 8 water turbines (4) are arranged on high pressure resistant waste pipe (7) respectively, from pond three (3) along high pressure resistant waste pipe (7) down distance 20 meters of installations first water turbine (4) during installation, down that every ten meter amperes fill a water turbine (4) again, 6 suction pumps divide has three to be placed in pond one (1), another three is be placed in pond two (2), and high pressure resistant drinking-water pipe (6) is points three is coupled together in pond one (1) and pond two (2) side by side, other 33 is also coupled together in pond two (2) and pond three (3) side by side, wherein each high pressure resistant drinking-water pipe (6) is all connected to a suction pump (5), then forms a circulation hydraulic generating unit.
Application principle of the present invention:
Pond one (1), pond two (2) and pond three (3) layout are built well, and according to technological scheme, water turbine (4), suction pump (5), high pressure resistant drinking-water pipe (6) and high pressure resistant waste pipe (7) Connecting groups is synthesized a circulation hydraulic generating unit.High-tension transformer supporting with it for the present invention, high voltage transmission line etc. are connected, before generating, first water is filled in pond two (2) and pond three (3), when opening a sluice gate and drawing out some water in pond three (3), because the upper and lower drop of high pressure resistant waste pipe (7) is 40 degree, then current are toward high pressure resistant waste pipe (7) undershoot with the speed of 0.6 cube of meter per second, then produce Driving force and promote eight water turbines (4) simultaneously and rotate, utilize the advantage that combined type arranges, eight water turbines (4) rotary electrification simultaneously.When the water in pond three (3) flows to pond one (1), by three suction pumps (5) being placed in pond one (1) inner, water is extracted in pond two (2), be extracted in pond three (3) by being placed in three inner suction pumps (5) of pond two (2) turning again, water returns and circulates and reach the object of recycling in three ponds.
Embodiment 1:
Setting up three specifications is long 16 meters × wide 16 meters × pond of dark 5 meters, tank water tankage is 1280 cubic meter of water (stoichiometric number is: long 16 meters × wide 16 meters × dark 5 meters=1280 cubic meter of water, and 1280 × 3=3840 cubic meter of water capacity can obtain generated energy water for full).Wherein, three ponds are divided into pond one (1), pond two (2) and pond three (3), and pond one (1) is placed in bottom, pond two (2) is placed in middle part, and pond three (3) is placed in top.By total length be 100 meters, bore is that pond three (3) is connected to pond one (1) by 60 centimetres of high pressure resistant waste pipes (7), the upper and lower drop of water pipe is 40 degree, defines the water pipe (stoichiometric number is: 60 cm x 100 meters=600 cubic metres) of 600 cubic meter of water flows; At Bottomhole pressure, 8 water turbines (4) are arranged on high pressure resistant waste pipe (7) respectively, be from pond three (3) along high pressure resistant waste pipe (7) down distance 20 meters of installations first water turbine (4) during installation, then be down that every ten meter amperes fill a water turbine (4); 6 suction pumps divide has three to be placed in pond one (1), another three is be placed in pond two (2), and high pressure resistant drinking-water pipe (6) is points three is coupled together in pond one (1) and pond two (2) side by side, other 33 is also coupled together in pond two (2) and pond three (3) side by side, wherein each high pressure resistant drinking-water pipe (6) is all connected to a suction pump (5), then forms a circulation hydraulic generating unit.
Each water turbine set electric motor power is: after 125 kilowatts, one 125 kilowatts generatings=380 volts+boosting=1 ten thousand volt, becomes 380 volts or 220 volts of electricity to user after 10,000 volts of electricity are transported to land used one step-down.
Extrapolate according to data: 125 kilowatts × 8 unit=1000 kilowatt, 380 volts × 8 unit=3040 volt, 3040 volts+boosting=8 ten thousand volts, the circulation power consumption that draws water is: with 6,45 kilowatt of 3 phase motor, bore is 20 centimetres of suction pumps 6, and power consumption is: 45 kilowatts × 6=270 kilowatts, 1000 kilowatts one 270 kilowatts=730 kilowatts, residue kilowatt number is 730 kilowatts, and the generated energy being equivalent to residue 6 units is sent to user, and 60,000 volts of electricity can reach a county town power consumption.If build two power stations to reach 12 Wan Funa with regard to the sufficient 250,000 population consumptions of electricity.
Investment and return rate are estimated: build a power plant project investment estimate with more than 100,000,000 yuan to 200,000,000 yuans, by 80,000 population county town estimations, there are 40,000 household electricities, average monthly each family electricity charge 200 yuan, 200 yuan × 40,000=800 ten thousand yuan, industrial or agricultural electricity consumption is 1,000 6 one hundred ten thousand yuan, 800 ten thousand+1 1,000 6 one hundred ten thousand=2,000 4 one hundred ten thousand yuan, 2000 4 one hundred ten thousand yuan × 12 months=200,000,000 8 thousand 8 one hundred ten thousand yuan, backing up money within 2 years, can be obtained by calculating, within the 3rd year, make money.Return rate is considerable.If invest 10 hundred million to build 5 power stations, be exactly 60,000 volts × 5 power station=300,000 volt, obtain 300,000 volts of ultrahigh pressure electricity, 120 hundred million yuans are just spent in the past in age construction, good farmland, village are flooded, therefore, the science of new technology is applied as investor and changes in the past situation and save 110 hundred million yuans.
In addition, do not pollute, clean energy, multi-purpose water when the present invention has application, the region that generator set is built does not have narrow limitation, and generator unit structure is simple, build the features such as easy.The present invention not only significantly saves water source, and Infrastructure less investment, but the usefulness produced is large, can the extensive and effective problem solving shortage of electric power in all parts of the country.
Claims (1)
1. a circulation hydraulic generating unit, is characterized in that: this unit is made up of pond one (1), pond two (2), pond three (3), water turbine (4), suction pump (5), high pressure resistant water pipe (6), high pressure resistant waste pipe (7);
Described pond one (1) is placed in bottom;
Described pond two (2) is placed in middle part;
Described pond three (3) is placed in top;
Described water turbine (4) has eight;
Described suction pump (5) has six;
Described high pressure resistant drinking-water pipe (6) has six;
Described high pressure resistant waste pipe (7) is one;
Above-mentioned pond one (1), pond two (2), pond three (3), water turbine (4), suction pump (5), high pressure resistant drinking-water pipe (6), during high pressure resistant waste pipe (7) combination, , by high pressure resistant waste pipe (7), pond three (3) is connected to pond one (1), the upper and lower drop of water pipe is 40 degree, and 8 water turbines (4) are arranged on high pressure resistant waste pipe (7) respectively, from pond three (3) along high pressure resistant waste pipe (7) down distance 20 meters of installations first water turbine (4) during installation, down that every ten meter amperes fill a water turbine (4) again, 6 suction pumps divide has three to be placed in pond one (1), another three is be placed in pond two (2), and high pressure resistant drinking-water pipe (6) is points three is coupled together in pond one (1) and pond two (2) side by side, other 33 is also coupled together in pond two (2) and pond three (3) side by side, wherein each high pressure resistant drinking-water pipe (6) is all connected to a suction pump (5), then forms a circulation hydraulic generating unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510505564.5A CN105089913A (en) | 2015-08-18 | 2015-08-18 | Cycle hydro electric generating set |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510505564.5A CN105089913A (en) | 2015-08-18 | 2015-08-18 | Cycle hydro electric generating set |
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| Publication Number | Publication Date |
|---|---|
| CN105089913A true CN105089913A (en) | 2015-11-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510505564.5A Pending CN105089913A (en) | 2015-08-18 | 2015-08-18 | Cycle hydro electric generating set |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109899216A (en) * | 2017-12-11 | 2019-06-18 | 解庆军 | Circulation water electricity generation system |
| WO2022111738A1 (en) * | 2020-11-26 | 2022-06-02 | 向冰 | Water-circulating multi-stage power generation system |
-
2015
- 2015-08-18 CN CN201510505564.5A patent/CN105089913A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109899216A (en) * | 2017-12-11 | 2019-06-18 | 解庆军 | Circulation water electricity generation system |
| WO2022111738A1 (en) * | 2020-11-26 | 2022-06-02 | 向冰 | Water-circulating multi-stage power generation system |
| WO2023010875A1 (en) * | 2020-11-26 | 2023-02-09 | 向冰 | Gravity power generation method |
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