CN104806451A - Power generation equipment floating at high altitudes - Google Patents
Power generation equipment floating at high altitudes Download PDFInfo
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- CN104806451A CN104806451A CN201410032393.4A CN201410032393A CN104806451A CN 104806451 A CN104806451 A CN 104806451A CN 201410032393 A CN201410032393 A CN 201410032393A CN 104806451 A CN104806451 A CN 104806451A
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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
- Y02E10/50—Photovoltaic [PV] 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
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/72—Wind turbines with rotation axis in wind direction
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Abstract
The utility model provides power generation equipment floating at high altitudes. At least one floating device, at least one connecting device and at least one ground device are mainly arranged on the power generation equipment, wherein a buoyancy unit, which is lighter than air, is arranged on the floating device; a plurality of solar power generation units are arranged at the upper layer of the buoyancy unit; a plurality of wind power generation units are arranged at the lower layer of the buoyancy unit; the connecting device is connected between the floating device and the ground device; the ground device has the functions of power transformation, power distribution and power accumulation; the ground device is connected in parallel with a power supplying network; electric power is transmitted to each electricity user by virtue of the power supplying network; therefore, large-area solar power generation units and wind power generation units are arranged at high altitudes, surface space is not occupied and no pollution is produced; the power generation equipment can output stable and sufficient electric power whenever in sunny days or rainy days and is extremely environmental-friendly and beneficial.
Description
Technical field
The present invention relates to a kind of power generating equipment large-area solar power generation unit and wind power generation unit being flown at high-altitude.
Background technique
Current power station is mostly nuclear energy power generation, thermal power generation and hydroelectric power etc., though but nuclear energy power generation has the advantage that cost is low, efficiency is high, the shortcoming existing for it is that radiation leaks and the generation of nuclear waste,
Very not easily, and to cause environment be almost permanent pollution in nuclear waste disposal, and nuclear energy power generation has great great calamity to environment and ecology; And thermal power generation need expend great fuel energy, and confirmation can cause greenhouse effect, also can produce atmospheric pollution and damage ecotope; Hydroelectric power also can damage ecotope, and other method, such as underground heat etc., be limited by obtaining property, and scale is all not easily general, and the mankind are badly in need of the clean and energy of abundance with the development of continuous civilization forever; Solar energy and wind-force are the clean energy, take endless, but current usage mode but has unsurmountable problem, the main shortcoming of solar electrical energy generation is need very large ground space to arrange, landform, latitude, season and climatic influences can be subject to, solar electrical energy generation can be limited to sunshine amount, and therefore overcast and rainy and evening is with regard to unregulated power output, and seasonal variations also can make electric power output not stablize; And utilize reflector to collect the heat energy of the sun to heat the method for turbine, also there is identical shortcoming, also have the problem of light evil in addition; And wind facilities also can affect by landform and weather, also can disturbance ecology and making a noise.
Summary of the invention
In view of this, the disappearance that the present invention is directed to existing for existing various power generating equipment is improved, is designed,
Its main purpose provides a kind of power generating equipment flying at high-altitude.
It aerial Yun Yiqi is highly divided into low family of clouds, middle family of cloud and high family of cloud, wherein the height of low family of clouds,
No matter latitude, approximately all be no more than 2000 meters, exceed this height, climate condition is comparatively stable, middle family of cloud and high family of cloud cloud thinner, its light transmittance is also good, therefore in the high-altitude of about more than 2000 meters, because of not by nimbus and the influence of topography, there are longer sunshine duration and comparatively strong more stable sunshine amount than ground; In addition, atmospheric temperature is low along with highly increasing comparatively ground, lower temperature will improve the efficiency of solar cell, in the air high in addition, its dust also comparatively earth's surface be few, capture-effect is also lower, device of solar generating is arranged at the high-altitude more than more than 2000 meters, to have the benefit higher than being directly arranged on earth's surface, benefit maximum is in addition not take spatial surface completely.
The main shortcoming of solar electrical energy generation is limited to sunshine amount, therefore overcast and rainy and evening is with regard to unregulated power output, seasonal variations also can make electric power output not stablize, fortunately high-altitude wind speed can improve with height, therefore wind-power electricity generation is arranged at high aerial, can obtain than being arranged at the more powerful and more stable wind-force in earth's surface, night and overcast and rainy, the aerial wind-force of the height more than 2000 meters still comparatively earth's surface be stable, not by the impact of landform, if wind generating unit and device of solar generating are arranged at the high-altitude more than more than 2000 meters simultaneously, no matter expection in the daytime or night, no matter fine day or rainy day, all stable and sufficient electric power output will be had.
The present invention flies at the power generating equipment in high-altitude, be provided with at least one levitating device, at least one connection set and at least one ground installation, wherein, this levitating device is provided with a lighter-than-air buoyancy unit, the upper strata of this buoyancy unit is provided with several solar power generation unit, the lower floor of this buoyancy unit is provided with several wind power generation unit, this connection set is connected between this levitating device and this ground installation, this ground installation is the function possessing power transformation, divide electricity and electric power storage, this ground installation is in parallel with supply network, by means of this supply network, electric power is sent to each electricity consumer.
The present invention flies at the power generating equipment in high-altitude, wherein, the buoyancy unit of this levitating device is set to airship, this buoyancy unit uses the compartment as cabin to design, be made up of several air bag, each air bag is combined after inflating respectively again, and this levitating device has power, and this levitating device is provided with operator cabin or control cabinet.
The present invention flies at the power generating equipment in high-altitude; wherein; this connection set is set to hawser; this hawser is by tough and the material of light weight is formed; the structure that multiply interweaves is to gain in strength; the electric power of solar power generation unit and wind power generation unit gained can be conducted to ground installation, and the elastic cable paper of conduction is knitted to the center portion of multiply hawser, makes elastic cable paper have protected effect.
The present invention flies at the power generating equipment in high-altitude, wherein, this levitating device is set up in parallel by several buoyancy unit, to reach enough surface areas and buoyancy, be provided with several solar power generation unit in the upper surface of this levitating device, the underlying surfaces of this levitating device is provided with several wind power generation unit.
The present invention flies at the power generating equipment in high-altitude, and wherein, this connection set is connected with a small-sized buoyant device by a fastener, this small-sized buoyant device is connected to ground by another connection set, and this small-sized buoyant device is provided with operator cabin or control cabinet.By means of the setting of this small-sized buoyant device, can for people-to-people contacts between ground and this levitating device.
The present invention flies at the power generating equipment in high-altitude, wherein, a switching device is provided with between this ground installation and this connection set, be connected by a cable between this ground installation with this switching device, this ground installation is located at land, this switching device is placed in land or sea, this levitating device can be flown at marine high-altitude, to avoid the crowded of Over-land.
The present invention flies at the power generating equipment in high-altitude, and wherein, this levitating device is provided with reflected radar wave apparatus and warning at night light, and this levitating device is away from navigation channel, and to prevent the shock of aircraft, this levitating device is separately provided with lightning arrester, to prevent thunderbolt.
The present invention flies at the power generating equipment in high-altitude, its advantage exists: utilize law of buoyancy can the great weight of load, large-area solar power generation unit and wind power generation unit can be placed in high aerial, do not need to take spatial surface, no matter all there are the stable and electric power output of abundance fine day or rainy day, and pollution can not be produced to air or environment, have environmental benefit.
Accompanying drawing explanation
It is the equipment schematic diagram of the embodiment of the present invention shown in Fig. 1;
It is the schematic diagram that the buoyancy unit inside of the levitating device of the embodiment of the present invention is made up of several air bag shown in Fig. 2;
That the several connection set of the embodiment of the present invention connects the schematic diagram of several levitating device to several ground installation shown in Fig. 3;
It is the schematic perspective view of the levitating device of another embodiment of the present invention shown in Fig. 4;
The levitating device of the embodiment of the present invention and the schematic diagram of small-sized buoyant device shown in Fig. 5;
It is the schematic diagram that the levitating device of the embodiment of the present invention is arranged at air space above sea shown in Fig. 6.
Description of reference numerals: 1 levitating device; 10 buoyancy unit; 100 air bags; 11 solar power generation units; 12 wind power generation units; 13 operator cabins or control cabinet; 1 ' levitating device; 10 ' buoyancy unit; 101 ' upper casing; 102 ' lower casing; 2 connection sets; 3 ground installations; 30 supply networks; 31 electricity consumers; 4 small-sized buoyant devices; 40 connection sets; 41 fasteners; 42 operator cabins or control cabinet; 5 switching devices; 50 cables.
Embodiment
Relevant the present invention reaches above-mentioned application target and effect, the technological means adopted, and hereby enumerates better feasible embodiment, and coordinate graphic shown in, details are as follows:
Embodiments of the invention, refer to shown in Fig. 1, this power generating equipment is provided with at least one levitating device 1, at least one connection set 2 and at least one ground installation 3, wherein, this levitating device 1 is provided with a lighter-than-air buoyancy unit 10, the upper strata of this buoyancy unit 10 is provided with several solar power generation unit 11, the lower floor of this buoyancy unit 10 is provided with several wind power generation unit 12, this buoyancy unit 10 can be set to airship, this levitating device 1 is in order to Security, its this buoyancy unit 10 uses the compartment as cabin to design, be made up of several air bag 100, as shown in Figure 2, each air bag 100 is combined after inflating respectively again, this connection set 2 is connected between this levitating device 1 and this ground installation 3, this connection set 2 is set to hawser, this ground installation 3 is set to possesses power transformation, divide the function of electricity and electric power storage, this ground installation 3 is in parallel with supply network 30, this ground installation 3 provides and supplies power to this supply network 30 by this levitating device 1 gained, by means of this supply network 30, electric power is sent to each electricity consumer 31, so, be the power generating equipment that flies at high-altitude.
The present invention can be provided with several levitating device 1 and rely on several connection set 2 to be connected to (as shown in Figure 3) on ground installation 3, by means of the electric power that solar power generation unit 11 set on several levitating device 1 and wind power generation unit 12 produce, ground installation 3 is transferred to via connection set 2, carry out power transformation, point function such as electricity and electric power storage, by supply network 30, electric power is sent to each electricity consumer 31 for use again, unnecessary electric power then stores in ground installation 3.
Large-area solar power generation unit 11 and wind power generation unit 12 are placed in high aerial by the present invention, its levitating device can be other and meets aerodynamics and also can provide simultaneously and enough go up, the moulding of lower area, another embodiment of the present invention, as shown in Figure 4, its levitating device 1 ' is set up in parallel by several buoyancy unit 10 ', to reach enough surface areas and buoyancy, several solar power generation unit 11 and several wind power generation unit 12 is equiped with respectively in the upper surface (upper casing 101 ') of this levitating device 1 ' and underlying surfaces (lower casing 102 '), the shape of its upper casing 101 ' and lower casing 102 ' can be other favourable moulding.
The shape of this levitating device 1 of the present invention is at least above by one or more groups oblong (also can be other and can reach the similar moulding of identical object), therefore singular association device 2(hawser can only be relied on) remain stable aloft, and because of change of the wind, can automatically change direction to maintain direction windward.
Levitating device 1 of the present invention has power, propeller system or turbine system can be used, electric power or other fuel is used to advance, and have balance (such as flank and empennage) and the steering gear (such as rudder), there is operator cabin or control cabinet 13, can artificially drive or Wireless remote control and move to destination, on ordinary days can the personnel of accrediting guard maintenance or unmanned maintenance automatically, and people-to-people contacts are between ground and levitating device 1, small-sized buoyant device 4 can be used, as shown in Figure 5, this small-sized buoyant device 4 is provided with another connection set 40(as hawser) be connected to ground, and utilize a fastener 41(as clasp or other devices) be buckled on the connection set 2 that is connected between levitating device 1 and ground installation 3, this small-sized buoyant device 4 is provided with operator cabin or control cabinet 42, utilize the operation of the connection set 2 be connected between levitating device 1 and ground installation 3 and another connection set 40 being connected to small-sized buoyant device 4, small-sized buoyant device 4 can be reached, the object of lower movement.
Levitating device 1 of the present invention has and can involve the device with warning at night light by reflected radar, and levitating device 1 also must away from navigation channel, and to prevent the shock of aircraft, this levitating device 1 also must have lightning arrester, to prevent thunderbolt.
The upper strata of levitating device 1 of the present invention is covered with solar power generation unit 11(solar panels), series connection and parallel connection are to produce required voltage and electric current in a suitable manner, the angle of inclination of each solar power generation unit 11 can preset according to the angle on average shined upon of latitude, height and a year, also sensor and robot brain system can be used, automatic tracing and in the face of the sun, to reach maximum generated output; The lower floor of levitating device 1 is provided with several wind power generation unit 12(wind turbine generator with optimum distance and position), the outward appearance of lower floor must have different morphologies according to the configuration difference of wind power generation unit 12, its object is for guiding wind-force and distributing wind-force to each wind power generation unit 12 place, to reach peak output, and the stable of levitating device 1 can be maintained, if levitating device 1 airship is established in long ellipticity because of hull, its wind power generation unit 12 all can because of levitating device 1 auto-steering windward and naturally windward.
Connection set 2 of the present invention is set to hawser; and hawser is by tough and the material of light weight forms (such as carbon fiber); the structure that multiply interweaves is to gain in strength; the electric power of solar electrical energy generation and wind-power electricity generation gained can be conducted to ground installation 3; the elastic cable paper of conduction is knitted to the center portion of multiply hawser, makes elastic cable paper have protected effect.
Connection set 2 of the present invention controlled by levitating device 1, after levitating device 1 moves to the suitable height in overhead of ground installation 3, connection set 2 is discharged on ground by levitating device 1, connection set 2 is connected with ground installation 3 again, levitating device 1 can be connected with ground ground installation 3 and locate by connection set 2, levitating device 1 electricity is also transferred to ground installation 3 to process further by elastic cable paper by connection set 2, connection set 2 also can provide the path being used as maintenance and supply, as shown in Figure 5.
When levitating device 1 must enter factory's maintenance, when maybe must move to avoid behind typhoon or severe sky, this connection set 2 can be received by levitating device 1, after condition ceases, origin-location can be come back to again, again be connected with ground installation 3, this situation also can be applicable to the new and levitating device 1 of greater efficiency of replacing one to replace the situation of old levitating device 1.
The present invention can select suitable place organizational system ground installation 3, and it is in parallel with supply network 30, levitating device 1(includes connection set 2) then build at the dock of factory, after above device is all built, after tested, levitating device 1 is gone up to the air, sail for the overhead of ground installation 3, connection set 2 is discharged aloft by levitating device 1, connection set 2 hanging down to ground is connected with ground installation 3, by connection set 2 levitating device 1 located and fly at the suitable height in the overhead of ground installation 3 (its height and position can be regulated by levitating device 1), levitating device 1 electricity also conducts on ground installation 3 by connection set 2, electricity is in parallel with supply network 30 and be sent to electricity consumer 31 by ground installation 3, remaining generating then can be accumulated in ground installation 3.
And the solar panels electricity of solar power generation unit 11 is direct current, but the wind turbine electricity of wind power generation unit 12 can be Ac or direct current, therefore must first by wind turbine the Ac sent out transfer direct current to, direct current can directly electric power storage, and Ac cannot directly electric power storage, by ground installation 3, during as used, convert Ac to again, more in parallel with existing supply network 30.
The array way of the wind turbine of wind power generation unit 12 has many different designs, the geometrical shape of levitating device 1 lower floor can be coordinated to arrange, can improve its efficiency.
The present invention separately can be provided with a switching device 5 between ground installation 3 and connection set 2, be connected by a cable 50 between this ground installation 3 with this switching device 5, as shown in Figure 6, ground installation 3 can be located at land, but switching device 5 is placed in sea, so, levitating device 1 can be flown at marine high-altitude, to avoid the crowded of Over-land; Also this switching device 5 can be placed in remote unmanned place (as on mountain or seashore limit), land, levitating device 1 be flown at remote unmanned overhead.
Large-area solar power generation unit 11 and first 12 arrays of wind-power electricity generation electricity are placed in high aerial by the present invention, need the showy carrier that enough buoyancy can be provided, there is the buoyancy that many methods can provide enough, but consider cost, manufacturing technology, installation method simultaneously, avoid strong disaster caused by a windstorm and mobility, to use the showy carrier of lta (lighter-than-air) to be good, the advantage of this kind of carrier is:
(1) utilize law of buoyancy can the great weight of load, its technology is ripe before a century, and business operates a period of time, such as, airship (airship) before and after a world war has been used in business worldwide travel and war, the length average out to 220-250 rice of airship, can carry more than 15000 kilograms, and the height that can fly to 20000 feet, voyage can transatlantic, boat scooter 100km/h, this scale should be exceeded with technology today, as with length 300 meters, width 200 meters, the area of 60000 square metres just can be provided, the silicon wafer solar panels of every 10 square metres approximately can provide the generated energy of 1kW/h, so the silicon wafer solar panels of 300mx200m about can provide the generated energy of 6000kW/h, if at 6 hours sunshine duration every day calculated, the generated energy of 1 year is the electric power of 6x6000x365=13140000 degree, this is 0.39% of power station, Linkou County (annual 33.82 hundred million degree), as being aided with wind-power electricity generation again, estimate and exceed 0.5% of thermal power plant, Linkou County, as long as 200 levitating devices of the present invention, generated energy just can wait the generated energy in same medium-sized thermal power plant, as the generated energy solar plant suitable with core four factory will be built, then about need the solar panels of 6750 hectare area, be about 14 times of core four factory present location area, as long as and have the area of 700kmx700km and be arranged on sunny part, just enough supply whole world electric power required at present, but because power generating equipment of the present invention is floated aloft, so there is no cost of land, once complete, float the life-span about having 30 years aloft, and not need of any fuel, carbon can not be arranged, not fight, completely friendly to environment.
(2) same principle utilizing law of buoyancy that similar submarine can be used to drift along in water is to control the height of levitating device, the place of leaving for estimate when being convenient to dispatch from the factory or keep in repair and suitable height, re-using hawser is fixed on ground, when needing repairing, can hawser be packed up, sail back plant maintenance.
(3) can natural disaster be hidden, at atrocious weather, such as typhoon, thunderstorm, take-up can sail out of and take refuge, after return location, therefore benefit and feasibility unquestionable.
Example calculation:
Take generated energy as the design of target: if for the electric power of annual 13140000 degree (scale in mini thermal power plant), need the solar panels of 60000 square area, and the weight of every square metre of solar panels is 12.5 kilograms, the solar panels of 60000x12.5=750 ton must be carried, the buoyancy of helium is every cubic metre and is about 1.05 kilograms, suppose that the gross weight of whole facility is 10000 tons (solar panels containing 750 tons), the just helium of necessary more than 10000000 cubic metres, as levitating device being designed to n length 350 meters, the buoyancy unit parallel connection of the cylindrical shape that radius is 30 meters uses, each floating vertical unit volume is
30x30x3.14x350=989100 cubic meter, need the buoyancy unit that n=10.11 in parallel altogether, get n=11 and can have standby remaining enough buoyancy, area occupied is about 350x660 square metre, if technically had any problem, just again by be divided into the quartering, the levitating device of all the people present 60x (175x330) square metre will be become, or the levitating device that all the people present 60x (180x350) square metre (each flotation device is by three diameters 60 meters, the buoyancy unit of the cylindrical shape that length is 350 meters is in parallel), if add the wind turbine of wind-power electricity generation, its buoyancy should also enough (weight of a small wind turbines is about 10 – about 20 kilograms).
Technically, the Zeppelin of business running is started: technology at that time can reach length 236.5 meters for 1910, the scale that diameter is 30.5 meters, Hindenburg is number huger, length reaches 245 meters long, diameter is 41 meters, therefore with the today after 100 years, technology is never problem, and today, the improvement of technology comprised: the progress on material, carbon fiber is such as used to replace alloy, significantly can alleviate the weight of carrier and increase the intensity of structure, aeronautical dynamics and hydromechanical progress, the progress automatically controlled, its scale is larger, and benefit is higher.
And the high-altitude more than 3000 meters, cloud amount reduces, sunshine amount and sunshine duration increase, and wind-force is stablized, and wind speed is accelerated, be applicable to solar energy and wind-power electricity generation, solar electrical energy generation and wind-power electricity generation (when power consumption increases) can be used daytime, then can use wind-power electricity generation (when power consumption reduces) night, accumulation again, be convenient to regulate, desirable commercial size can be reached.
Solar electrical energy generation principle directly solar energy is for conversion into direct current, can supply electric power storage, and no longer produce carbon dioxide after installing.
Centralized extensive generating, can because the problem of transferring electric power, and consume the electric power of most, use distributed regional generation, can consume be reduced, but the power generating method of traditional type is used in discrete areas, and generating but can make pollution more serious, use power generating equipment of the present invention, can generate electricity by Regional Dispersion, free of contamination problem, and the consume problem that significantly can reduce electric power transfer.
More than illustrate just illustrative for the purpose of the present invention; and nonrestrictive, those of ordinary skill in the art understand, when not departing from the spirit and scope that claim limits; many amendments, change or equivalence can be made, but all will fall within protection scope of the present invention.
Claims (7)
1. one kind flies at the power generating equipment in high-altitude, it is characterized in that: be provided with at least one levitating device, at least one connection set and at least one ground installation, wherein, this levitating device is provided with a lighter-than-air buoyancy unit, the upper strata of this buoyancy unit is provided with several solar power generation unit, the lower floor of this buoyancy unit is provided with several wind power generation unit, this connection set is connected between this levitating device and this ground installation, this ground installation possesses power transformation, divide the function of electricity and electric power storage, this ground installation is in parallel with supply network, by means of this supply network, electric power is sent to each electricity consumer.
2. fly at the power generating equipment in high-altitude according to claim 1, it is characterized in that, the buoyancy unit of this levitating device is set to airship, this buoyancy unit uses the compartment as cabin to design, be made up of several air bag, each air bag is combined after inflating respectively again, and this levitating device has power, and this levitating device is provided with operator cabin or control cabinet.
3. fly at the power generating equipment in high-altitude according to claim 1, it is characterized in that, this connection set is set to hawser, and the center portion of this hawser is provided with elastic cable paper.
4. fly at the power generating equipment in high-altitude according to claim 1, it is characterized in that, this levitating device is set up in parallel by several buoyancy unit, to reach enough surface areas and buoyancy, be provided with several solar power generation unit on the upper strata of this levitating device, the lower floor of this levitating device is provided with several wind power generation unit.
5. fly at the power generating equipment in high-altitude according to claim 1, it is characterized in that, this connection set is connected with a small-sized buoyant device by a fastener, and this small-sized buoyant device is connected to ground by another connection set, and this small-sized buoyant device is provided with operator cabin or control cabinet.
6. fly at the power generating equipment in high-altitude according to claim 1, it is characterized in that, between this ground installation and this connection set, be provided with a switching device, be connected by a cable between this ground installation with this switching device.
7. fly at the power generating equipment in high-altitude according to claim 1, it is characterized in that, this levitating device is provided with reflected radar wave apparatus, warning at night light and lightning arrester.
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| CN201410032393.4A CN104806451A (en) | 2014-01-23 | 2014-01-23 | Power generation equipment floating at high altitudes |
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| CN201410032393.4A CN104806451A (en) | 2014-01-23 | 2014-01-23 | Power generation equipment floating at high altitudes |
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| CN106218849A (en) * | 2016-04-02 | 2016-12-14 | 吕怀民 | Aerial wind energy power station formula aircraft and aerial fixing aircraft device |
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| CN110784156A (en) * | 2019-10-26 | 2020-02-11 | 苏师大半导体材料与设备研究院(邳州)有限公司 | High-altitude floating solar power generation method |
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| CN106218849A (en) * | 2016-04-02 | 2016-12-14 | 吕怀民 | Aerial wind energy power station formula aircraft and aerial fixing aircraft device |
| TWI664600B (en) * | 2017-03-08 | 2019-07-01 | National Taiwan Normal University | Interface and method for estimating solar electricity generation of region |
| CN107489593A (en) * | 2017-09-22 | 2017-12-19 | 薛明刚 | A kind of overhead wind power generator |
| CN110707993A (en) * | 2019-10-26 | 2020-01-17 | 苏师大半导体材料与设备研究院(邳州)有限公司 | Floating photovoltaic power generation system |
| CN110784156A (en) * | 2019-10-26 | 2020-02-11 | 苏师大半导体材料与设备研究院(邳州)有限公司 | High-altitude floating solar power generation method |
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