CN201771554U - Multi-source and multifunctional power generation and hydrogen production equipment - Google Patents

Multi-source and multifunctional power generation and hydrogen production equipment Download PDF

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Publication number
CN201771554U
CN201771554U CN2010201204179U CN201020120417U CN201771554U CN 201771554 U CN201771554 U CN 201771554U CN 2010201204179 U CN2010201204179 U CN 2010201204179U CN 201020120417 U CN201020120417 U CN 201020120417U CN 201771554 U CN201771554 U CN 201771554U
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water
high pressure
hydrogen
steam
heat
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林金汤
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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
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B10/00—Integration of renewable energy sources in buildings
    • Y02B10/70—Hybrid systems, e.g. uninterruptible or back-up power supplies integrating renewable energies
    • 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
    • Y02E10/70—Wind energy
    • Y02E10/72—Wind turbines with rotation axis in wind direction
    • 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
    • Y02E60/30—Hydrogen technology
    • Y02E60/36—Hydrogen production from non-carbon containing sources, e.g. by water electrolysis
    • 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
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/10—Internal combustion engine [ICE] based vehicles
    • Y02T10/12—Improving ICE efficiencies
    • 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
    • Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
    • Y02T10/00—Road transport of goods or passengers
    • Y02T10/10—Internal combustion engine [ICE] based vehicles
    • Y02T10/30—Use of alternative fuels, e.g. biofuels

Abstract

The utility model relates to 'multi-source and multifunctional power generation and hydrogen production equipment', which is used for reflecting sunlight through various reflecting concave mirrors to boil water. High-pressure saturated steam obtained by multilevel heating drives a steam turbine generator to generate power, water is electrolyzed to produce hydrogen and oxygen, and the hydrogen and the oxygen are stored to realize energy storage and power generation, thereby realizing multiple conversions and recycling of energy. The multi-source and multifunctional power generation and hydrogen production equipment has the advantages of flexible combination, wide purpose, cleanness, zero pollution, sufficient solar utilization, sufficient energy storage, capability of supplying power continuously and the like, is suitable for popularization and application of civil and industrial novel clean energy, and can also provide hot water, gas, oxygen and the like for people in daily life.

Description

Multi-source formula, multifunctional generating hydrogen producer
Technical field:
The utility model belongs to solar energy, wind energy power and hydrogen manufacturing, system oxygen field, belongs to clean energy resource, is particularly useful for civilian, industrial solar energy, wind energy power, and utilizes solar energy, wind energy hydrogen manufacturing, system oxygen popularization aspect.
Background technique:
At present, the thermal power generation meeting brings certain pollution, also consumes relevant resource simultaneously, and diesel oil, gasoline generating face the problem of pollution and resource consumption too, and the resource that the mankind face is limited, and the living space that the mankind face is also limited; Hydroelectric power need be built bigger check dam of cost and reservoir, and the photovoltaic generation that solar cells is relevant is because the cost of solar cell is higher relatively, for it promotes the certain bottleneck of formation; Large-scale wind generating needs certain wind field resource and expends a large amount of power network resources; When traditional natural gas uses, can consume a large amount of natural gas resources, the while is befouling environment again; The hot-water heating of most of families, the same human Limited resources that consumes of bath water; Equipment with fresh air in most of family room mainly relies on active carbon or cross-ventilation, and oxygen is not also popularized in the pure and fresh utilization of indoor air;
Traditional generating and energy project all have certain drawback, and formation generating cost height, use have disappearances such as limitation, the wasting of resources, environmental pollution.
Summary of the invention:
The utility model provides a kind of novel multi-source formula, multifunctional generating hydrogen producer, and it utilizes multiple reflection shielding film sunlight to heat up water, and produces steam through multistage heating, obtains the high temperature saturated vapour and promotes the turbo machine rotation, drives generator for electricity generation; Add hot water by burner, produce high temperature and high pressure steam and promote the turbo machine rotation, drive generator for electricity generation; Drive generator for electricity generation by windmill; By boiling water or steam waste heat heating low-boiling point material acting generating; Utilize the storage battery electric power storage; Utilize the water electrolyzer brine electrolysis, make hydrogen and oxygen; Utilize the Hydrogen machine generating; Utilize the heat-insulating water tanks stored hot water;
The energy sources of generating of the present utility model has:
1. solar electrical energy generation: utilize concave mirror number of ways reflected sunlight to heat up water, produce steam through high pressure steam heating kettle double heating, heating once more, pressurizeing through continuous heat pressurization saturated vapour pneumatosis bottle, obtain high temperature saturated vapour promotion turbo machine and rotate, drive generator for electricity generation;
2. wind energy power: utilize wind energy, drive generator for electricity generation by windmill;
3. thermo-electric generation: by hot water or steam waste heat heating low-boiling point material (ether, pentane etc.) acting generating;
4. the burner generating of heating up water: promote turbo machine by burner heating water generates high temperature and high pressure steam and rotate, drive generator for electricity generation;
5. Hydrogen machine generating: utilize hydrogen and oxygen to do the energy, make the Hydrogen machine running, thereby drive generator for electricity generation;
Accumulation of energy mode of the present utility model has:
1. utilize the hot water accumulation of energy: utilize high pressure resistant continuous hot heat-insulating water tanks to preserve hot water, utilize the hot water accumulation of energy;
2. utilize hydrogen and oxygen accumulation of energy: by the water electrolyzer brine electrolysis, obtain hydrogen and oxygen, hydrogen and oxygen are stored, be used as the energy and use;
Electric power storage mode of the present utility model has:
By storage battery (group) electric power storage, for people to use;
Energy circulation of the present utility model, conversion usage mode have:
1. utilize the solar energy manufacture hot water, utilize high pressure resistant continuous hot heat-insulating water tanks preservation hot water, the conversion regime that utilizes interior hot water of high pressure resistant continuous hot heat-insulating water tanks and extraneous temperature difference to generate electricity;
2. utilize solar energy to obtain high-temperature steam, promote turbo machine and rotate, thereby drive generator for electricity generation; Electricity is used for brine electrolysis, obtains hydrogen and oxygen, and hydrogen and oxygen provide the energy for Hydrogen machine, thereby drives the conversion regime of generator for electricity generation;
3. utilize solar energy to obtain high-temperature steam, utilize the mode of steam waste heat heating low-boiling point material acting generating;
4. utilize windmill generating,, be used for brine electrolysis, obtain hydrogen and oxygen, provide the energy for Hydrogen machine with hydrogen and oxygen with electricity, thus the conversion regime of drive generator for electricity generation;
5. brine electrolysis obtains hydrogen and oxygen, acts as a fuel with hydrogen and oxygen, adds hot water, obtains high temperature and high pressure steam, rotates thereby promote turbo machine, drives generator for electricity generation;
Steam acting generating switching mode of the present utility model is:
By the conversion between the steam that steam does work and solar energy the produces acting of acting source conversion septal leaflet realization burner generation;
The utility model itself possesses that combined and instant is flexible, purposes is wide, cost is low, solar energy utilization ratio height, the multinomial conversion of the energy, and the energy reserves amount is big, continuously uninterruptable power supply (UPS), cleanliness without any pollution, do not consume characteristics such as traditional energy; Be suitable as civilian, industrial novel clean energy resource and promote the use of, hydrogen and oxygen can externally be provided, also can be used as indoor heating, air feed and indoor oxygen supply and use.
The technological scheme that its technical problem that solves the utility model adopts is:
In rotating disk, track, the telescopic supporting rod that contains the water pipe tracheae, the reflective concave mirror holder of hydrogen balloon, reflective concave mirror is installed respectively, the high pressure resistant pot of heating up water is installed on the formed focus of each reflective reflection shielding film sunlight; High pressure resistant heat up water pot and continuous hot high pressure resistant insulation are heated up water and all are connected water pipe on the pot and are incubated high pressure resistant steam line; Be incubated high pressure resistant steam line and connect the high pressure steam heating kettle; The high pressure steam heating kettle is installed on the formed focus of reflective reflection shielding film sunlight, and connects continuous heat pressurization saturated vapour pneumatosis bottle by the high pressure resistant saturated vapour pipeline of insulation; Continuous heat pressurization saturated vapour pneumatosis bottle connects acting steam blast nozzle by insulation acting steam line; The can regulate turbo machine is regulated gearbox by intelligent power and is connected generator; The high pressure resistant pot of heating up water links to each other by the high pressure resistant continuous hot heat-insulating water tanks of solar energy hot water supply pipe and solar energy; The high pressure resistant continuous hot heat-insulating water tanks of solar energy uses supply tube to link to each other with the heat preservation hot water tank with hot-water heating respectively by hot water; The heat preservation hot water tank links to each other with shower nozzle by the hot and cold water regulating valve; High pressure resistant continuous heat is incubated on the still of heating up water and is connected with water pipe, and links to each other with high pressure resistant continuous heat insulation steam heating still by the high pressure resistant steam line of insulation, and high pressure resistant continuous hot insulation steam heating still links to each other with insulation acting steam line; High pressure resistant continuous hot heat-insulating water tanks of solar energy and waste steam outlet pipe inside are separately installed with: heat conduction low-boiling point material vaporizer, low-boiling point material steam collection collection bottle, low-boiling point material steam acting bottle, and the outside is separately installed with condenser; Wind-driven generator is installed on the windmill; Generator connects smart circuit switch, storage battery, voltage stabilizer, AC/DC changeover switch, inverter, transformer, electrical appliance, intelligent air pressure control deenergizing switch, water electrolyzer by circuit; Water electrolyzer connects hydrogen pneumatosis jar by the hydrogen pneumatic tube, connects oxygen pneumatosis jar by the oxygen pneumatic tube; Hydrogen pneumatosis jar uses air supply pipe to connect hydrogen device machine and burner respectively by hydrogen; Oxygen pneumatosis jar uses air supply pipe to connect hydrogen device machine and burner respectively by oxygen; Hydrogen device machine connects generator by concentric shafts;
Conversion septal leaflet in acting source is arranged in the insulation acting steam line;
Hot water uses in the supply tube has the thermal water source to control septal leaflet;
Be incubated anti-saturated vapour backflow lobe is arranged in the high pressure resistant saturated vapour pipeline;
Hydrogen uses on the air supply pipe and is connected with the diluted in hydrogen mixer;
Employed steam line, heating equipment are high pressure resistant thermal insulating material and make; High pressure steam heating kettle, continuous heat pressurization saturated vapour pneumatosis bottle, continuous hot high pressure resistant insulation the heat up water still, the high pressure resistant continuous hot heat-insulating water tanks of high pressure resistant continuous heat insulation steam heating still solar energy of pot, high pressure resistant continuous heat insulation of heating up water is double-decked insulation, and heat build-up base and insulation bottom are all arranged at the bottom;
On the reflective concave mirror of dish formula the reflective plane mirror is arranged;
Utilize the higher order reflection of high temperature resistant reflective concave mirror and reflective plane mirror to assemble solar heat energy;
The beneficial effects of the utility model are: combination is flexibly, and is of many uses, cleanliness without any pollution, and the solar energy utilization is abundant, and accumulation of energy is abundant, can continued power.
Description of drawings:
Structure of the present utility model and feature further describe by following accompanying drawing, and accompanying drawing only is used to illustrate the utility model, but can not place restrictions on scope of the present utility model.
Fig. 1 is the overall operation schematic representation of multi-source formula, multifunctional generating hydrogen producer
Fig. 2 is the reflective plane mirror combination figure of the reflective concave mirror of dish formula
1. water pipes among the figure, 2. intelligent water supply leads directly to valve, 3. reflective concave mirror, 4. the reflective pad pasting of solar cooker (plated film), the 5. high pressure resistant pot strut of heating up water, the 6. high pressure resistant pot of heating up water, 7. the high pressure resistant layer of the pot of heating up water, pot thermal insulation layer of 8. heating up water, the 9. high pressure resistant steam line of insulation, 10 pipelines are communicated with rotating shaft, 11. high pressure steam heating kettles, 12. withstand voltage heat-conducting layers, 13. thermal insulation layer, 14. heat build-up bases, 15. insulation bottoms, 16 struts, the high pressure resistant saturated vapour pipeline of 17. insulations, 18. anti-saturated vapour backflow lobes, 19. continuous heat pressurization saturated vapour pneumatosis bottle, 20. stationary barriers, 21. springs (group), 22. spring connects active clapboard, 23. dividing plate movable rail, 24. high temperature resistant air bags, 25. air bag connects active clapboard, 26. barometer, 27. acting steam valves, 28. slack pressure tracheaes, 29. Safety valve, 30. insulation acting steam line, 31. acting steam blast nozzles, 32. steam turbin generators, 33. can regulate turbo machine, 34. concentric shafts, 35. generators, 36. waste steam outlet pipes, 37. acting source conversion septal leaflet, 38. circuit, 39. smart circuit switches, 40. storage batterys (group), 41. voltage stabilizer, 42. AC/DC changeover switch, 43. inverters, 44. electrical appliances (equipment), 45. transformer, 46. intelligent air pressure control deenergizing switch, 47. water electrolyzers, 48. negative electrodes, 49. positive electrode, 50. the brine electrolysis catalyzer, 51. hydrogen pneumatic tubes, 52. oxygen pneumatic tubes, 53. hydrogen pneumatosis jar, 54. oxygen pneumatosis jar, 55. pneumatosis jar air pressure intelligent-inductions control CPU, 56. intelligent oxygen kneel supply cut off valve doors, 57. oxygen uses air supply pipe, 58. intelligent hydrogen kneel supply cut off valve door, 59. hydrogen use air supply pipe, 60. diluted in hydrogen mixers, 61. hydrogen device machine, (62. hydrogen) suction port, 63. oxygen puff prots, the jet intelligence of 64. oxygen (machinery) control switch, 65. hydrogen flowing quantity control switch, 66. combustion (gas) stove, 67. combustion (gas) furnace igniting control switchs, 68. oxygen intelligent control valves, 69. hydrogen intelligent control valve, the still 70. combustion (gas) stove intelligence ignition control switch, 71. high pressure resistant continuous heat insulations are heated up water, 72. high pressure resistant continuous heat insulation steam heating stills, 73. vapor pressure inductor, 74. the control CPU of burner system, 75. coupling shafts, the high pressure resistant continuous hot heat-insulating water tanks of 76. solar energy, 77. hot water inlet valve, 78. heat conduction low-boiling point material vaporizer, 79. low-boiling point material steam conduits, 80. low-boiling point material steam collection collection bottles, 81. low-boiling point material steam intelligent control valve, 82. low-boiling point material steam acting bottle, 83. low-boiling point material return-flow catheters, 84. condensers, 85. low-boiling point material backflow intelligent control valve, 86. the slack pressure tracheae of low-boiling point material, 87. low-boiling point material vapor tension inductors, 88. drainage pipes, 89. waste pipe control valve, 90. low-boiling point material acting intelligent control CPU, 91. solar energy hot water supply pipes, 92. hot water use supply tube, 93. the thermal water source controls septal leaflet, 94. the hot-water heating water inlet of hot water, 95. hot-water heatings, 96. hot-water heating drain opening, 97. bath hot water intake pipe, 98. the heat preservation hot water tank, 99. hot and cold water regulating valves, 100. shower nozzles, 101. water supply hose, 102. the reflective concave mirror of dish formula, 103. dish formula concave mirror fictitous graticule, 104. reflective plane mirrors, 105. reflective fixing rivet, 106. dish formula concave mirror stationary platen, 107. dish formula concave mirror supports, 108, dish formula concave mirror stationary platen support, 109, reflective concave mirror support, 110. energy rotary fixed brackets, 111. stent foot coupling shaft, 112. stent foot, 113. cross bars, 114. can regulate cross bars, 115. adjustment hole, 116. coupling shaft, 117. rotating disk coupling shafts, 118. rotating disks, the intelligent control CPU 119. concave mirror is followed spot, 120. dish formula concave mirror degree of facing upward regulating wheel, 121. regulate wheel shafts, the 122. continuous hot high pressure resistant insulations pot of heating up water, 123. intelligent water level air pressure induction control CPU, 124. adjustable lever, 125. reflective concave mirrors support brandreth tower, 126. reflective concave mirror support and connection framves, 127. rail wheel, the intelligent control CPU 128. track, 129. reflective concave mirror tracks are followed spot, the reflective concave mirror of 130. slot types, 131. the high pressure resistant pipe of heating up water, the still 132. high-temperature resistant anti X-ray flat panel mirror, 133. convex lens, 134. high pressure resistant Double bottoms are heated up water, 135. the reflective concave mirror holder of hydrogen balloon, 136. hydrogen balloon is regulated strut, 137. hydrogen balloon degree of facing upward regulating wheels, 138. hydrogen balloon Spin Control wheel, 139. hydrogen inflation intelligent control valve, 140. the reflective concave mirror supporting linkage of hydrogen balloon, 141. windmills, 142. wind-driven generators, 143. the reflective surfacing of fixing rivet, 144. reflective cloth (film) 145. contains the telescopic supporting rod of water pipe tracheae, 146. reflective concave mirrors are followed spot automatically and are controlled wheel, and 147. intelligent powers are regulated gearbox.
Embodiment:
Among the embodiment shown in the figure, intelligent water supply leads directly to valve (2) when opening, water injects in the high pressure resistant pot (6) of heating up water by water pipe (1), the high pressure resistant pot (6) of heating up water is double layer construction, internal layer is the high pressure resistant layer of pot (7) of heating up water, it is high pressure resistant material, prevents the high pressure resistant destruction of pot (6) inner high voltage steam to the high pressure resistant pot (6) of heating up water itself of heating up water; Skin is pot thermal insulation layer (8) of heating up water, and it is that thermal insulating material is made, to prevent the dissipation of high pressure resistant pot (6) the interior heat of heating up water; The high pressure resistant pot (6) of heating up water links to each other with reflective concave mirror (3) by the high pressure resistant pot strut (5) of heating up water, and high pressure resistant pot (6) bottom of heating up water is positioned on the formed focus of reflective concave mirror (3) reflected sunlight; The internal surface of reflective concave mirror (3) has the reflective pad pasting of solar cooker (plated film) (4), to strengthen reflectance; Reflective concave mirror (3) reflected sunlight heats the high pressure resistant pot (6) of heating up water, impel the water boiling in the high pressure resistant pot (6) of heating up water and produce steam, steam enters in the high pressure steam heating kettle (11) by the high pressure resistant steam line of insulation (9), carries out the secondary heating; High pressure steam heating kettle (11) is positioned on the formed focus of several reflective concave mirrors (3), high pressure steam heating kettle (11) but be the bilayer enclosed construction, heat build-up base (14) and insulation bottom (15) are arranged at the bottom, skin is thermal insulation layer (13), internal layer is withstand voltage heat-conducting layer (12), when sunlight, several reflective concave mirror (3) reflected sunlight heating, the heat build-up base (14) of high pressure steam heating kettle (11), heat is transmitted to whole high pressure steam heating kettle (11) inside by the withstand voltage heat-conducting layer of heat build-up base (14) (12), make its inner high-pressure saturated steam that forms, when not having the sun, as long as will, insulation bottom (15) is closed, heat build-up base (14) still continues heating withstand voltage heat-conducting layer (12) a period of time, and heat does not consume; High pressure steam heating kettle (11) is supported by strut (16); High-pressure saturated steam in the high pressure steam heating kettle (11) enters in the continuous heat pressurization saturated vapour pneumatosis bottle (19) by the high pressure resistant saturated vapour pipeline of insulation (17), being incubated has anti-saturated vapour backflow lobe (18) in the high pressure resistant saturated vapour pipeline (17), reflux to prevent the high-pressure saturated steam that enters continuous heat pressurization saturated vapour pneumatosis bottle (19); Continuous heat pressurization saturated vapour pneumatosis bottle (19) is positioned on the formed focus of several reflective concave mirrors (3), carries out three grades of heating to entering continuous heat pressurization saturated vapour pneumatosis bottle (19) inner high voltage saturated vapour; Continuous heat pressurization saturated vapour pneumatosis bottle (19) is by withstand voltage heat-conducting layer (12), thermal insulation layer (13), heat build-up base (14), insulation bottom (15), stationary barrier (20), spring (group) (21), spring connects active clapboard (22), dividing plate movable rail (23), high temperature resistant air bag (24), air bag connects active clapboard (25), barometer (26) is formed, and by strut (16) support, by stationary barrier (20), spring (group) (21), spring connects active clapboard (22), dividing plate movable rail (23), high temperature resistant air bag (24), the continuous heat pressurization of interaction partners saturated vapour pneumatosis bottle (19) the inner high voltage saturated vapour that air bag connects active clapboard (25) pressurizes; When pressure near continuous heat pressurization saturated vapour pneumatosis bottle (19) bear the limit time, Safety valve (29) is opened, high-pressure saturated steam carries out slack pressure by slack pressure tracheae (28); When there not being the solar time, insulation bottom (15) is closed, and heat build-up base (14) can carry out the heating of certain hour to the high-pressure saturated steam in the continuous heat pressurization saturated vapour pneumatosis bottle (19); When the high-pressure saturated steam in the continuous heat pressurization saturated vapour pneumatosis bottle (19) reaches certain pressure, acting steam valve (27) is opened, high-pressure saturated steam backs down acting source conversion septal leaflet (37) by insulation acting steam line (30), impacting can regulate turbo machine (33) through acting steam blast nozzle (31) rotates, can regulate turbo machine (33) is regulated gearbox (147) with intelligent power and is linked to each other by concentric shafts (34), intelligent power is regulated gearbox (147) and is connected by concentric shafts (34) and generator (35) two, thereby drives generator (35) generating; Can regulate turbo machine (33) can be regulated the turbine size according to vapor pressure; Intelligent power is regulated gearbox (147) can regulate rotating speed according to vapor pressure, thereby guarantees that steam turbin generator (32) travels at the uniform speed; Steam after steam turbin generator (32) uses is discharged by waste steam outlet pipe (36);
Is storage battery (group) (40) charging by steam turbin generator (a 32) electricity part by circuit (38) and smart circuit switch (39), when storage battery (group) (40) is full of, and smart circuit switch (39) automatic disconnection; Steam turbin generator (32) electricity another part uses for electrical appliance (equipment) (44) by circuit (38), voltage stabilizer (41), AC/DC changeover switch (42); Steam turbin generator (32) electricity third part, by circuit (38), AC/DC changeover switch (42), transformer (45), intelligence air pressure control deenergizing switch (46) is connected on the water electrolyzer (47), come brine electrolysis, add certain brine electrolysis catalyzer (50) as (sodium hydroxide in the inside of water electrolyzer (47), phosphoric acid cobalt salt etc.), water is through electrolysis, can produce hydrogen in water electrolyzer (47) negative electrode (48) top, produce oxygen in positive electrode (49) top, hydrogen enters the interior store oxygen of hydrogen pneumatosis jar (53) by hydrogen pneumatic tube (51) and enters storage in the oxygen pneumatosis jar (54) by oxygen pneumatic tube (52);
All steam line, high pressure resistant heat up water pot (6), high pressure steam heating kettle (11), the continuous heat pressurization saturated vapour pneumatosis bottles (19) of the utility model are formed by high pressure resistant thermal insulating material, play high pressure resistant and heat insulation effect;
When Yanguan Pass was arranged, the utility model utilized reflective concave mirror (3) the generation high pressure steam of heating up water, and promoted steam turbin generator (32) generating, used for electrical appliance (equipment) (44); Having under the state of wind, the utility model can utilize windmill (141) to drive wind-driven generator (142) generating, uses for electrical appliance (equipment) (44); Also can drive wind-driven generator (142) the generating electrolyser (47) that supplies water and come brine electrolysis, make hydrogen and oxygen with windmill (141);
Do not having under the state of sunlight, the electric energy that can utilize storage battery (group) (40) to be laid in uses for electrical appliance (equipment) (44) through inverter (43); The hydrogen and the oxygen that also can utilize hydrogen pneumatosis jar (53) and oxygen pneumatosis jar (54) to be laid in, heating up water produces high pressure steam acting generating;
Pneumatosis jar air pressure intelligent-induction control CPU (55) all is installed on hydrogen pneumatosis jar (53) and the oxygen pneumatosis jar (54), and barometer (26); Can respond to the air pressure of hydrogen pneumatosis jar (53) and oxygen pneumatosis jar (54), air pressure in hydrogen pneumatosis jar (53) and oxygen pneumatosis jar (54), during near the withstand voltage limit of hydrogen pneumatosis jar (53) and oxygen pneumatosis jar (54), pneumatosis jar air pressure intelligent-induction control CPU (55), can disconnect all power supplys of water electrolyzer (47) by intelligent air pressure control deenergizing switch (46), make water electrolyzer (47) not carry out electrolysis; When the air pressure in hydrogen pneumatosis jar (53) and the oxygen pneumatosis jar (54) is lower than certain limit, pneumatosis jar air pressure intelligent-induction control CPU (55), all power supplys that can connect water electrolyzer (47) by intelligent air pressure control deenergizing switch (46), make water electrolyzer (47) carry out electrolysis, be difference hydrogen make-up and oxygen in hydrogen pneumatosis jar (53) and the oxygen pneumatosis jar (54);
The utility model utilizes hydrogen pneumatosis jar (53) and oxygen pneumatosis jar (54) deposit hydrogen and oxygen, by deposit hydrogen and oxygen energy storage power generation, thereby guarantees the utility model energy continued power;
Do not having under sunlight and the wind energy situation, the utility model profit can be utilized hydrogen and oxygen combustion or utilize the acting generating, thereby guarantees that the utility model can uninterruptable power supply (UPS);
Do not having under the state of sunlight, intelligent hydrogen kneel supply cut off valve door (58) is opened, and intelligent oxygen kneel supply cut off valve door (56) is opened, and hydrogen pneumatosis jar (53) uses externally supply of hydrogen of air supply pipe (59) by hydrogen; Oxygen pneumatosis jar (54) uses externally supply oxygen of air supply pipe (57) by oxygen; Hydrogen machine (61) starts, hydrogen uses the hydrogen in the air supply pipe (59), carry out mixing to a certain degree through diluted in hydrogen mixer (60) and air, obtain mixing hydrogen, enter Hydrogen machine (61) acting by (hydrogen) suction port (62), aerobic gas blowout gas port (63) on the cylinder wall of Hydrogen machine (61), when stroke of Hydrogen machine (61) acting, the jet intelligence of oxygen (machinery) control switch (64) is opened, it is combustion-supporting that oxygen uses the oxygen in the air supply pipe (57) to enter in the Hydrogen machine (61), to increase Hydrogen machine (61) mechanical efficiency; The jet intelligence of other stroke oxygen (machinery) control switchs (64) in Hydrogen machine (61) operation cut out;
Hydrogen machine (61) rotates acting, drives generator (35) generating by concentric shafts (34), and electricity uses for electrical appliance (equipment) (44) by circuit (38), voltage stabilizer (41), AC/DC changeover switch (42);
Do not having under sunlight and the wind energy situation, the utility model can utilize combustion (gas) stove (66) to heat up water, and produces high pressure steam and drives steam turbin generator (32) generating, uses for electrical appliance (equipment) (44);
The combustion that the utility model adopted (gas) stove (66) can be material stove, coal stove, liquefied gas furnace, various oil oven, hydrogen furnace etc. according to the burning material; With hydrogen as burning during material, employed hydrogen and oxygen source hydrogen and oxygen for being laid in the utility model hydrogen pneumatosis jar (53) oxygen pneumatosis jar (54);
Combustion (gas) stove (66) that the utility model is used, can use as the cooking stove that people's life is cooked, hydrogen flowing quantity control switch (65) and combustion (gas) furnace igniting control switch (67) are opened, and hydrogen uses the hydrogen in the air supply pipe (59) to enter combustion (gas) stove (66) internal combustion by hydrogen flowing quantity control switch (65); It is combustion-supporting that oxygen uses air supply pipe (57) and oxygen intelligent control valve (68) to arrive flame top by oxygen, just can be used for cooking having used;
When not having sunlight and wind energy, hydrogen uses the hydrogen in the air supply pipe (59) to enter in combustion (gas) stove (66) by hydrogen intelligent control valve (69), combustion (gas) stove intelligence ignition control switch (70) is opened, combustion (gas) stove (66) burning, heat the high pressure resistant continuous hot still (71) of heating up water that is incubated and heat up water, thereby produce steam; The high pressure resistant continuous heat insulation of heat heat up water still (71) by: withstand voltage heat-conducting layer (12), outer for thermal insulation layer (13), heat build-up base (14), be incubated bottom (15), coupling shaft (75) is constituted, possess high pressure resistant, characteristics such as heat conduction fast, heat dissipation burning, and can guarantee at combustion (gas) stove (66) to continue the heat supply certain hour by heat build-up base (14) when stopping to heat; The high pressure resistant continuous hot steam that is incubated generation in the still (71) of heating up water enters high pressure resistant continuous hot the insulation in the steam heating still (72) by the high pressure resistant steam line of insulation (9) and carries out the secondary heating by firing (gas) stove (66), obtains high-pressure saturated steam; High pressure resistant continuous heat insulation steam heating still (72) by: withstand voltage heat-conducting layer (12), outerly control CPU (74) and formed for thermal insulation layer (13), heat build-up base (14), insulation bottom (15), coupling shaft (75), barometer (26), slack pressure tracheae (28), Safety valve (29), vapor pressure inductor (73), burner system; Possess high pressure resistant, characteristics such as heat conduction fast, heat dissipation burning, automatic slack pressure, the burning of automatic control combustion (gas) stove (66), and can guarantee the continuous hot merit energy of certain hour;
High-pressure saturated steam in the continuous heat insulation steam heating still (72) by acting steam valve (27), backs down acting source conversion septal leaflet (37) through insulation acting steam line (30), promotes steam turbin generator (32) and rotates generating; Use for electrical appliance (equipment) (44);
The utility model realizes by acting source conversion septal leaflet (37), and reflective concave mirror (3) reflected sunlight is heated up water and produced high-pressure saturated steam and combustion (gas) stove (66) and heat up water and produce the conversion function of high-pressure saturated steam between doing work;
The utility model is heated up water with reflective concave mirror (3) reflected sunlight, and the boiling water that is obtained enters in the high pressure resistant continuous hot heat-insulating water tanks (76) of solar energy by solar energy hot water supply pipe (91) and hot water inlet valve (77); The high pressure resistant continuous hot heat-insulating water tanks (76) of solar energy by: withstand voltage heat-conducting layer (12), outer for thermal insulation layer (13), heat build-up base (14), be incubated bottom (15), coupling shaft (75), drainage pipe (88), waste pipe control valve (89) and constituted; Possess: characteristics such as insulation, heat conduction, continuous heat, heating can be continued with reflective concave mirror (3) in its bottom; Stored hot water in the high pressure resistant continuous hot heat-insulating water tanks (76) of solar energy uses supply tube (92) to back down the thermal water source by hot water and controls septal leaflet (93), enter hot-water heating (95) and heat preservation hot water tank (98) respectively, uses for people's heating or bath water; Hot-water heating (95) has: hot-water heating water inlet of hot water (94), hot-water heating drain opening (96), hot water circuit in the control hot-water heating; Heat preservation hot water tank (98) connects respectively: water pipe (1), bath hot water intake pipe (97), hot and cold water regulating valve (99), shower nozzle (100); Hot and cold water regulating valve (99) can the regulated at will bath water cold and hot degree; When reflective concave mirror (3) reflected sunlight was heated up water deficiency, the utility model can heat up water to use for life by combustion (gas) stove (66) provided boiling water;
The utility model uses thermal water source in the supply tube (92) to control septal leaflet (93) by hot water and controls reflective concave mirror (3) reflected sunlight and heat up water and fire the mutual conversion of (gas) stove (66) between heating up water, use for life to continue to provide boiling water.
The utility model utilizes low-boiling point material by the inside and outside temperature difference of the high pressure resistant continuous hot heat-insulating water tanks (76) of solar energy, is not having acting generating under the situation of the sun; Install respectively in high pressure resistant continuous hot heat-insulating water tanks (76) inside of solar energy: heat conduction low-boiling point material vaporizer (78), low-boiling point material steam conduit (79), low-boiling point material steam collection collection bottle (80), low-boiling point material steam intelligent control valve (81), low-boiling point material steam acting bottle (82), low-boiling point material return-flow catheter (83), the slack pressure tracheae of low-boiling point material (86), low-boiling point material vapor tension inductor " (87); low-boiling point material acting intelligent control CPU (90); barometer (26); Install respectively in high pressure resistant continuous hot heat-insulating water tanks (76) outside of solar energy: condenser (84), low-boiling point material backflow intelligent control valve (85);
The boiling of being heated of low-boiling point material in heat conduction low-boiling point material vaporizer (78), produce the low-boiling point material steam, enter in the low-boiling point material steam collection collection bottle (80) by low-boiling point material steam conduit (79), low-boiling point material steam intelligent control valve (81) makes and obtains the saturated low-boiling point material steam of high pressure in the low-boiling point material steam collection collection bottle (80) by the control of low-boiling point material acting intelligent control CPU (90); If when the air pressure in the low-boiling point material steam collection collection bottle (80) was too high, Safety valve (29) was opened, low-boiling point material steam carries out slack pressure by the slack pressure tracheae of low-boiling point material (86) to condenser (84);
The low-boiling point material steam that high pressure is saturated enters by low-boiling point material steam conduit (79) and promotes its inner can regulate turbo machine (33) rotation in the low-boiling point material steam acting bottle (82), drive generator (35) generating synchronously, use for electrical appliance (equipment) (44); Low-boiling point material steam after the use is by low-boiling point material return-flow catheter (83), enter in the condenser (84) and carry out condensation, when the low-boiling point material in the condenser (84) gathers to a certain degree, low-boiling point material backflow intelligent control valve (85) is opened, and the low-boiling point material in the condenser (84) is back in the hot low-boiling point material vaporizer (78) by low-boiling point material return-flow catheter (83) and recycles again;
Utilize the device of the temperature difference and low-boiling point material generating, be installed in equally inside and outside the waste steam outlet pipe (36) of the utility model steam turbin generator (32), the waste steam that utilizes steam turbin generator (32) to produce generates electricity with the extraneous temperature difference, use for electrical appliance (equipment) (44), guarantee effective use of energy to greatest extent;
The low-boiling point material that the utility model uses is low-boiling liquid such as ether, pentane, ammoniacal liquor;
The reflective concave mirror of the employed solar energy of the utility model is multiple; As: reflective concave mirror (3), the reflective concave mirror of dish formula (102), the reflective concave mirror of slot type (130), high-temperature resistant anti X-ray flat panel mirror (132), convex lens (133) etc.;
The compound mode of the reflective concave mirror heating of the utility model solar energy has multiple, multistage; As: rely on several reflective concave mirrors (3) combinations of energy rotary fixed bracket (110); Rely on reflective concave mirror to support the reflective concave mirror of array (3) combination of brandreth tower (125); Rely on several reflective concave mirror (3) combinations of the reflective concave mirror holder of hydrogen balloon (135);
The utility model utilizes the high pressure resistant pipe (131) of heating up water of the reflective concave mirror of slot type (130) heating to produce the high pressure steam acting;
The reflective concave mirror of dish formula (102) area is huge, is made of dish formula concave mirror fictitous graticule (103), reflective plane mirror (104), reflective fixing rivet (105), the reflective surfacing of fixing rivet (143), reflective cloth (film) (144); Possesses the intensity of light reflection height, characteristics such as the heat build-up amount is big, the reflective concave mirror of dish formula (102) is fixed on dish formula concave mirror degree of the facing upward regulating wheel (120) by dish formula concave mirror support (107), there is adjusting wheel shaft (121) at dish formula concave mirror degree of facing upward regulating wheel (120) middle part, and dish formula concave mirror degree of facing upward regulating wheel (120) is fixed on the rotating disk (118) by dish formula concave mirror stationary platen (106), dish formula concave mirror stationary platen support (108); Rotating disk (118) is connected on the energy rotary fixed bracket (110) by rotating disk coupling shaft (117); Several reflective concave mirrors (3) are fixed on the rotating disk (118) by reflective concave mirror support (109);
Can rotary fixed bracket (110) by: stent foot coupling shaft (111), stent foot (112), cross bar (113), can regulate cross bar (114), adjustment hole (115), coupling shaft (116) are constituted, can the free adjustment bottom width, can be placed on ridge or the platform;
Rotating disk (118) can 360 degree rotate, that realizes reflective concave mirror of dish formula (102) and reflective concave mirror (3) freely gets light; Concave mirror follow spot intelligent control CPU (119) can the reflective concave mirror of intelligent control dish formula (102) and reflective concave mirror (3) to the tracking of sunlight; Front end at water pipe (1) has water supply hose (101), and it is unaffected to guarantee like this to supply water when rotating disk (118) rotates;
The high pressure resistant insulation of continuous heat that the reflective concave mirror of dish formula (102) is heated is heated up water pot (122) by: withstand voltage heat-conducting layer (12), outer for thermal insulation layer (13), heat build-up base (14), insulation bottom (15), intelligent water level air pressure induction control CPU (123) constitute, and possesses characteristics such as insulation, continuous hot, high pressure resistant, intelligent adjusting water level air pressure; The continuous hot high pressure resistant insulation pot (122) of heating up water is supported by strut (16), and there is can the continuous hot high pressure resistant insulation of free adjustment the heat up water height of pot (122) of adjustable lever (124) at strut (16) middle part; Being incubated all has pipeline connection rotating shaft (10) to be communicated with on high pressure resistant steam line (9), the solar energy hot water supply pipe (91), guarantee that like this rotating disk (118) can rotate freely;
Reflective concave mirror supports reflective concave mirror of dish formula (102) and the heating of reflective concave mirror (3) reflected sunlight that has several different modes to arrange on the brandreth tower (125); Guarantee laterally and on vertical sunlight is farthest being gathered;
Reflective concave mirror supports brandreth tower (125) different heights several reflective concave mirror support and connection framves (126) respectively, reflective concave mirror support and connection frame (126) is equipped with track (128), track (128) is gone up reflective concave mirrors of several dish formulas (102) or reflective concave mirror (3) is installed, be connected with track (128) by rail wheel (127), and can rotate freely; Reflective concave mirror of each dish formula (102) or reflective concave mirror (3) are realized sun-tracing light by the reflective concave mirror track intelligent control CPU (129) that follows spot;
Reflective concave mirror supports on the brandreth tower (125) and is equipped with: the telescopic supporting rod (145) that contains the water pipe tracheae, several reflective concave mirrors (3) are installed on it, all there is reflective concave mirror to follow spot automatically below each reflective concave mirror (3) and controls wheel (146), realize the purpose of horizontal maximum magnitude collection sunlight like this;
The utility model utilizes the higher order reflection of high-temperature resistant anti X-ray flat panel mirror (132), convex lens (133) etc. to realize the gathering of solar heat energy; Utilize several reflective concave mirrors (3), respectively focus is gathered on a plurality of high-temperature resistant anti X-ray flat panel mirrors (132), the sunlight of a plurality of high-temperature resistant anti X-ray flat panel mirrors (132) reflections reassembles on the high-temperature resistant anti X-ray flat panel mirror (132), reflexes to the high pressure resistant Double bottom still (134) of heating up water once more and goes up it is heated; Converging sunlight with convex lens (133) forms focus and faces it and heat to heat up water another ground of still (134) of high pressure resistant Double bottom;
The utility model utilizes the reflective concave mirror holders of several hydrogen balloons (135) to hold up reflective concave mirror (3), and the high pressure resistant pot (6) of heating up water is heated; The reflective concave mirror holder of hydrogen balloon (135) is positioned at hydrogen balloon and regulates on the strut (136), and be connected on the reflective concave mirror supporting linkage of hydrogen balloon (140) by hydrogen balloon degree of facing upward regulating wheel (137), hydrogen balloon Spin Control wheel (138), inflating intelligent control valve (139) when opening when hydrogen, can be the reflective concave mirror holder of hydrogen balloon (135) inflation;
The utility model has multiple energy-storage method and transformation of energy mode, can power continuously, heat supply water, make hydrogen and oxygen; Can provide energy for tame body and industry;
The utility model uses air supply pipe (57) that the indoor oxygen that provides can be provided by oxygen;
The utility model profit by various intelligent control CPU, realizes whole intelligent control.

Claims (8)

1. multi-source formula, multifunctional generating hydrogen producer utilize multiple reflection shielding film sunlight to heat up water, and produce steam through multistage heating, obtain the high temperature saturated vapour and promote the turbo machine rotation, drive generator for electricity generation; Add hot water by burner, produce high temperature and high pressure steam and promote the turbo machine rotation, drive generator for electricity generation; Drive generator for electricity generation by windmill; By boiling water or steam waste heat heating low-boiling point material acting generating; Utilize the storage battery electric power storage; Utilize the water electrolyzer brine electrolysis, make hydrogen and oxygen; Utilize the Hydrogen machine generating; Utilize the heat-insulating water tanks stored hot water; It is characterized in that: at rotating disk (118), track (128), contain in the reflective concave mirror holder of telescopic supporting rod (145), hydrogen balloon (135) of water pipe tracheae reflective concave mirror (3) is installed respectively, the high pressure resistant pot (6) of heating up water is installed on the formed focus of each reflective concave mirror (3) reflected sunlight; High pressure resistant heat up water pot (6) and continuous hot high pressure resistant insulation are heated up water and all are connected water pipe (1) and are incubated high pressure resistant steam line (9) on pot (122); Be incubated high pressure resistant steam line (9) and connect high pressure steam heating kettle (11); High pressure steam heating kettle (11) is installed on the formed focus of reflective concave mirror (3) reflected sunlight, and connects continuous heat pressurization saturated vapour pneumatosis bottle (19) by the high pressure resistant saturated vapour pipeline of insulation (17); Continuous heat pressurization saturated vapour pneumatosis bottle (19) connects acting steam blast nozzle (31) by insulation acting steam line (30); Can regulate turbo machine (33) is regulated gearbox (147) by intelligent power and is connected generator (35); The high pressure resistant pot (6) of heating up water links to each other by the high pressure resistant continuous hot heat-insulating water tanks (76) of solar energy hot water supply pipe (91) and solar energy; The high pressure resistant continuous hot heat-insulating water tanks (76) of solar energy uses supply tube (92) to link to each other with heat preservation hot water tank (98) with hot-water heating (95) respectively by hot water; Heat preservation hot water tank (98) links to each other with shower nozzle (100) by hot and cold water regulating valve (99); High pressure resistant continuous heat is incubated on the still (71) of heating up water and is connected with water pipe (1), and link to each other with high pressure resistant continuous heat insulation steam heating still (72) by the high pressure resistant steam line of insulation (9), high pressure resistant continuous heat insulation steam heating still (72) be incubated the steam line (30) that does work and link to each other; High pressure resistant continuous hot heat-insulating water tanks (76) of solar energy and waste steam outlet pipe (36) inside are separately installed with: heat conduction low-boiling point material vaporizer (78), low-boiling point material steam collection collection bottle (80), low-boiling point material steam acting bottle (82), and the outside is separately installed with condenser (84); Windmill (141) is gone up wind-driven generator (142) is installed; Generator (35) connects smart circuit switch (39), storage battery (40), voltage stabilizer (41), AC/DC changeover switch (42), inverter (43), transformer (45), electrical appliance (44), intelligent air pressure control deenergizing switch (46), water electrolyzer (47) by circuit (38); Water electrolyzer (47) connects hydrogen pneumatosis jar (53) by hydrogen pneumatic tube (51), connects oxygen pneumatosis jar (54) by oxygen pneumatic tube (52); Hydrogen pneumatosis jar (53) uses air supply pipe (59) to connect hydrogen device machine (61) and burner (66) respectively by hydrogen; Oxygen pneumatosis jar (54) uses air supply pipe (57) to connect hydrogen device machine (61) and burner (66) respectively by oxygen; Hydrogen device machine (61) connects generator (35) by concentric shafts (34).
2. multi-source formula according to claim 1, multifunctional generating hydrogen producer is characterized in that: conversion septal leaflet (37) in acting source is arranged in the insulation acting steam line (30).
3. multi-source formula according to claim 1, multifunctional generating hydrogen producer is characterized in that: hot water uses in the supply tube (92) has the thermal water source to control septal leaflet (93).
4. multi-source formula according to claim 1, multifunctional generating hydrogen producer is characterized in that: being incubated has anti-saturated vapour backflow lobe (18) in the high pressure resistant saturated vapour pipeline (17).
5. multi-source formula according to claim 1, multifunctional generating hydrogen producer is characterized in that: hydrogen uses on the air supply pipe (59) and is connected with diluted in hydrogen mixer (60).
6. multi-source formula according to claim 1, multifunctional generating hydrogen producer is characterized in that: employed steam line, heating equipment are high pressure resistant thermal insulating material and make; High pressure steam heating kettle (11), continuous heat pressurization saturated vapour pneumatosis bottle (19), continuous hot high pressure resistant insulation are heated up water pot (122), still (71) is heated up water in high pressure resistant continuous heat insulation, the high pressure resistant hot heat-insulating water tanks (76) that continues of high pressure resistant continuous heat insulation steam heating still (72) solar energy is double-decked insulation, and heat build-up base (14) and insulation bottom (15) are all arranged at the bottom.
7. multi-source formula according to claim 1, multifunctional generating hydrogen producer is characterized in that: reflective plane mirror (104) is arranged on the reflective concave mirror of dish formula (102).
8. multi-source formula according to claim 1, multifunctional generating hydrogen producer is characterized in that: utilize the high temperature resistant reflective concave mirror (3) and the higher order reflection of reflective plane mirror (132) to assemble solar heat energy.
CN2010201204179U 2010-02-23 2010-02-23 Multi-source and multifunctional power generation and hydrogen production equipment Expired - Fee Related CN201771554U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2010201204179U CN201771554U (en) 2010-02-23 2010-02-23 Multi-source and multifunctional power generation and hydrogen production equipment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2010201204179U CN201771554U (en) 2010-02-23 2010-02-23 Multi-source and multifunctional power generation and hydrogen production equipment

Publications (1)

Publication Number Publication Date
CN201771554U true CN201771554U (en) 2011-03-23

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN2010201204179U Expired - Fee Related CN201771554U (en) 2010-02-23 2010-02-23 Multi-source and multifunctional power generation and hydrogen production equipment

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102732904A (en) * 2011-04-13 2012-10-17 林金汤 Aerological lift balloon array windmill power generation hydrogen equipment
CN104789985A (en) * 2015-04-24 2015-07-22 胡长荣 Novel hydrogen and oxygen generation device and manufacturing method thereof
CN107100808A (en) * 2017-05-27 2017-08-29 集美大学 Solar energy supercritical carbon dioxide circulating generation couples water vapour electrolytic hydrogen production system

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102732904A (en) * 2011-04-13 2012-10-17 林金汤 Aerological lift balloon array windmill power generation hydrogen equipment
CN104789985A (en) * 2015-04-24 2015-07-22 胡长荣 Novel hydrogen and oxygen generation device and manufacturing method thereof
CN107100808A (en) * 2017-05-27 2017-08-29 集美大学 Solar energy supercritical carbon dioxide circulating generation couples water vapour electrolytic hydrogen production system
CN107100808B (en) * 2017-05-27 2019-06-14 集美大学 Solar energy supercritical carbon dioxide circulating generation couples water vapour electrolytic hydrogen production system

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