CN203872108U - Solar energy photovoltaic power station with sun-tracking energy-saving reflecting plate to increase generating capacity - Google Patents
Solar energy photovoltaic power station with sun-tracking energy-saving reflecting plate to increase generating capacity Download PDFInfo
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- CN203872108U CN203872108U CN201420248792.XU CN201420248792U CN203872108U CN 203872108 U CN203872108 U CN 203872108U CN 201420248792 U CN201420248792 U CN 201420248792U CN 203872108 U CN203872108 U CN 203872108U
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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
- Y02E10/52—PV systems with concentrators
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Abstract
The utility model relates to a solar energy photovoltaic power station with a sun-tracking energy-saving reflecting plate to increase a generating capacity, and belongs to the technical field of new energy application. Sunlight is irradiated on a solar cell panel to generate currents, the currents are input to a diverter through a conductor wire, a controller and a convergence device; a part of the currents output from the diverter are input into a power supply network, and the other part of the currents are input into a power supply device I, a sun-tracking energy-saving reflecting plate control device I, an electric regulating shaft rotation device I, a power supply device II, a sun-tracking energy-saving reflecting plate control device II and an electric regulating shaft rotation device II; the sun-tracking energy-saving reflecting plate control device I regulates an energy-saving reflecting plate I through the electric regulating shaft rotation device I to reflect surrounding sunlight to a solar cell panel I so as to increase a photovoltaic generating capacity; and the sun-tracking energy-saving reflecting plate control device II regulates an energy-saving reflecting plate II through the electric regulating shaft rotation device II to reflect the surrounding sunlight to a solar cell panel II so as to increase the photovoltaic generating capacity.
Description
Technical field
The utility model relates to a kind of solar photovoltaic power plant of following the tracks of energy-saving reflecting plate increase energy output with solar tracking, belongs to technical field of new energy application.
Background technology
On May 8th, 2014, the latest data that Scripps Institutions of Oceanography of the U.S. announces claims, the data of emitting Na Luoya observatory to collect according to Hawaii, the atmospheric carbon dioxide concentration monthly average value in April, 2014 is 401.33PPM, having created the historic high since monitoring, is also the earth highest record at least 80 ten thousand years in the past.The atmospheric carbon dioxide concentration value of emitting Na Luoya observatory to measure in 1958 is 313 PPM, and on May 9th, 2013 records first atmospheric carbon dioxide annual average and exceedes 400PPM.Before the industrial revolution, tellurian atmospheric carbon dioxide concentration is 280PPM.Carbon dioxide is main greenhouse gas, and the greenhouse effect that gas concentration lwevel increase causes have brought global warming, climate change, Melting Glaciers:, and arid region and waterlogging region expand, and sea level rise, and typhoon is abnormal, occurs more disaster on earth surface.The increase of gas concentration lwevel is relevant with fossil energies such as a large amount of burning coals of the mankind, oil, for a long time, the a large amount of burning coal generatings in thermal power plant have caused very large pollution to atmospheric environment, coal fired power generation had both discharged carbon dioxide, discharge again sulfur dioxide, form large-area acid rain, the harm both urban and rural residents's life.
The a large amount of electric power of development need of human society, but can not in atmosphere, discharge any pernicious gas and particle, solar power generation becomes the most clean generation mode, only has clean energy resource ability to protect mankind good life on earth.At present, the efficiency of solar energy power generating is not ideal enough, due to the generally deficiency of illumination being irradiated on solar panel, the magnitude of current producing is little, so that the economic benefit of many solar photovoltaic power plants is not good enough, have to maintain operation, some insufficient state financial resources by government finance subsidy, started in recent years to cut down the amount of money that solar photovoltaic power plant is carried out to financial subsidies according to energy output, this fast development to photovoltaic generation has caused adverse influence.How to increase the energy output of solar photovoltaic power plant, how to improve the economic benefit in solar photovoltaic power plant operation, become the problem of being concerned about that the people of clean energy resource development think hard.
Utility model content
The purpose of this utility model is to overcome deficiency of the prior art, and a kind of solar photovoltaic power plant of following the tracks of energy-saving reflecting plate increase energy output with solar tracking is provided.
Two solar photovoltaic power plants of same scale, coat at a coastal stand that is positioned at Eastern China, here because annual overcast and rainy days is relatively many, because the flourishing haze weather occurring of industry impacts illumination, the reasons such as annual illumination intensity is less, the annual energy output of solar photovoltaic power plant is fewer; Another is positioned on the desert edge of western part of China, there due to the whole year sunny number of days relatively many, there is no haze weather effect, the reason such as annual illumination intensity is larger, the annual energy output of solar photovoltaic power plant is many.Illumination number of days, light application time and intensity of illumination in 1 year is directly connected to the annual energy output of solar photovoltaic power plant and the economic benefit of solar photovoltaic power plant, solar photovoltaic power plant is exactly to utilize the luminous energy natural resources of sunlight to be directly changed into the electric energy that human society needs, and in the process of its generating, in environment, does not discharge any pollutant.
Still there is the space that is worth raising in the generating capacity of crystal silicon solar batteries plate, to the one times of more light radiation amount that increases existing illumination on crystal silicon solar batteries plate, can increase substantially to the light radiation amount of 2-3 times that increases existing illumination on crystal silicon solar batteries plate the magnitude of current that crystal silicon solar batteries produces in East China in China's western region.
Energy-saving reflecting plate technique makes rapid progress, aluminium mirror reflective plate can evenly reflex to the light that is irradiated to 95% on expelling plate on the sensitive surface of preposition solar panel, significantly strengthen being irradiated to the intensity of illumination on solar panel, make solar cell produce the larger magnitude of current.One group of another group of solar photovoltaic assembly is installed in a solar photovoltaic power plant, between two solar photovoltaic assemblies, has been had a spacer segment distance.Do not installing before reflecting plate, the sunlight that is irradiated to this spacer segment distance wastes, reflecting plate has been installed, the side to light of reflecting plate is subject to the irradiation of sunlight, and the next light of irradiation that flashes back the sunlight immediately, reflection, to the sensitive surface of solar panel, significantly increases the quantity that is irradiated to the photon on solar panel, makes to produce more substantial electric current on the surface of solar panel.
Because the aerial sun in sky is followed certain track rise eastwardly every day, fall to west, for energy-conservation reflecting plate is reflexed to more illumination on the surface of solar cell, the side to light of energy-saving reflecting plate will rotate side to light along with the movement of the aerial sun in sky, make the angle of incidence of light degree of side to light face the aerial sun, make the light reflection angle of side to light face solar panel, guarantee that the sunlight of maximum is by the sensitive surface that is used for irradiating solar panel of the reflection ray of energy-saving reflecting plate, add that the sun shines directly into the illumination on solar panel sensitive surface, be combined into together stronger illumination, significantly increase the intensity of illumination being irradiated on solar cell sensitive surface, make the lip-deep electronics of solar panel obtain more photon, more increase the energy output of solar cell.Solar tracking tracking means is ripe at present, there are two kinds of wireless transmission and wire transmission, by optical sensor accept the sun on high in displacement information in a period of time, calculate energy-conservation expelling plate by Big Dipper navigation system or GPS navigation system by microcomputer and carry out according to the movement of the aerial sun in sky the data that move corresponding position, following the tracks of energy-saving reflecting plate control device by intelligent solar tracking rotates by the reasonable tuning of motorized adjustment rotation shaft unit enforcement energy-saving reflecting plate according to the regulation and controlling of information instruction transmitting from computer, the object of tuning is exactly the sensitive surface to solar panel by more substantial irradiation.
In order to solve the problems of the technologies described above, the utility model is achieved through the following technical solutions:
By energy-saving reflecting plate first 1, motorized adjustment rotation shaft unit first 2, energy-saving reflecting plate control device first 3 is followed the tracks of in solar tracking, electric supply installation first 4, energy-saving reflecting plate bracing frame first 5, solar panel first 6, photovoltaic bracing frame first 7, conductor wire 8, controller first 9, energy-saving reflecting plate second 10, motorized adjustment rotation shaft unit second 11, energy-saving reflecting plate control device second 12 is followed the tracks of in solar tracking, electric supply installation second 13, solar panel second 14, energy-saving reflecting plate bracing frame second 15, photovoltaic bracing frame second 16, controller second 17, junction station 18, a kind of solar photovoltaic power plant of following the tracks of energy-saving reflecting plate increase energy output with solar tracking of the common composition of shunt 19,
In energy-saving reflecting plate bracing frame first 5, energy-saving reflecting plate first 1 is installed, between energy-saving reflecting plate first 1 and energy-saving reflecting plate bracing frame first 5, motorized adjustment rotation shaft unit first 2 is installed, solar tracking is installed on the side of energy-saving reflecting plate bracing frame first 5 and follows the tracks of energy-saving reflecting plate control device first 3, electric supply installation first 4, conductor wire 8, in energy-saving reflecting plate bracing frame second 15, energy-saving reflecting plate second 10 is installed, between energy-saving reflecting plate second 10 and energy-saving reflecting plate bracing frame second 15, motorized adjustment rotation shaft unit second 11 is installed, solar tracking is installed on the side of energy-saving reflecting plate bracing frame second 15 and follows the tracks of energy-saving reflecting plate control device second 12, electric supply installation second 13, conductor wire 8, in photovoltaic bracing frame first 7, solar panel first 6 is installed, conductor wire 8 is installed on side in photovoltaic bracing frame first 7, controller first 9, in photovoltaic bracing frame second 16, solar panel second 14 is installed, conductor wire 8 is installed on side in photovoltaic bracing frame second 16, controller second 17, junction station 18, shunt 19,
Motorized adjustment rotation shaft unit first 2 is followed the tracks of energy-saving reflecting plate control device first 3 by conductor wire 8 and solar tracking and is connected, solar tracking is followed the tracks of energy-saving reflecting plate control device first 3 and is connected with electric supply installation first 4 by conductor wire 8, electric supply installation first 4 is connected with shunt 19 by conductor wire 8, motorized adjustment rotation shaft unit second 11 is followed the tracks of energy-saving reflecting plate control device second 12 by conductor wire 8 and solar tracking and is connected, solar tracking is followed the tracks of energy-saving reflecting plate control device second 12 and is connected with electric supply installation second 13 by conductor wire 8, electric supply installation second 13 is connected with shunt 19 by conductor wire 8, solar panel first 6 is connected with controller first 9 by conductor wire 8, controller first 9 is connected with junction station 18 by conductor wire 8, solar panel second 14 is connected with controller second 17 by conductor wire 8, controller second 17 is connected with junction station 18 by conductor wire 8, junction station 18 is connected with shunt 19.
Solar panel first 6 and solar panel second 14 are monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
Energy-saving reflecting plate first 1 and energy-saving reflecting plate second 10 are metallic reflection plate or mirror reflective plate or photoelectric reflection plate or nanometer reflection plate.
Compared with prior art, the beneficial effects of the utility model are: 1. limited in fund input, increase equipment few in the situation that, the direct sunlight illumination accepted on solar panel sensitive surface and the illumination total amount of sunlight reflected illumination are significantly increased, increase the quantity of solar panel generation current, improved the utilization ratio of solar panel.2. due to the innovation of energy-saving reflecting plate, drive the raising of the utilization rate of equipment and installations of whole solar photovoltaic power plant, significantly improved the economic benefit of solar photovoltaic power plant, accelerated the recycling of solar photovoltaic power plant cost of investment.3. promote the exploitation of the energy-saving reflecting plate of the multiple types matching with photovoltaic generation, widened the extensive application market of energy-saving reflecting plate.4. reflecting plate evenly reflexes to sunlight on the sensitive surface of solar panel, due to the irradiation of direct sunlight and the irradiation that flashes back the sunlight all more even, can not cause because local temperature is too high and affect normal power generation on the sensitive surface of solar panel.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Embodiment
Solar radiation solar panel generation current, electric current is by conductor wire, controller, junction station input shunt, from the electric current part input power supply network of shunt output, another part electric current inputs respectively electric supply installation first, solar tracking tracking energy-saving reflecting plate control device first, motorized adjustment rotation shaft unit first by conductor wire and energy-saving reflecting plate control device second, motorized adjustment rotation shaft unit second are followed the tracks of in electric supply installation second, solar tracking.Solar tracking follow the tracks of energy-saving reflecting plate control device first by motorized adjustment rotation shaft unit first regulation and control energy-saving reflecting plate first by the sunlight reflected of periphery on solar panel first, increase photovoltaic power generation quantity.Solar tracking follow the tracks of energy-saving reflecting plate control device second by motorized adjustment rotation shaft unit second regulation and control energy-saving reflecting plate second by the sunlight reflected of periphery on solar panel second, increase photovoltaic power generation quantity.
The utility model is further described in connection with the embodiment in accompanying drawing below:
By energy-saving reflecting plate first 1, motorized adjustment rotation shaft unit first 2, energy-saving reflecting plate control device first 3 is followed the tracks of in solar tracking, electric supply installation first 4, energy-saving reflecting plate bracing frame first 5, solar panel first 6, photovoltaic bracing frame first 7, conductor wire 8, controller first 9, energy-saving reflecting plate second 10, motorized adjustment rotation shaft unit second 11, energy-saving reflecting plate control device second 12 is followed the tracks of in solar tracking, electric supply installation second 13, solar panel second 14, energy-saving reflecting plate bracing frame second 15, photovoltaic bracing frame second 16, controller second 17, junction station 18, a kind of solar photovoltaic power plant of following the tracks of energy-saving reflecting plate increase energy output with solar tracking of the common composition of shunt 19,
In energy-saving reflecting plate bracing frame first 5, energy-saving reflecting plate first 1 is installed, between energy-saving reflecting plate first 1 and energy-saving reflecting plate bracing frame first 5, motorized adjustment rotation shaft unit first 2 is installed, solar tracking is installed on the side of energy-saving reflecting plate bracing frame first 5 and follows the tracks of energy-saving reflecting plate control device first 3, electric supply installation first 4, conductor wire 8, in energy-saving reflecting plate bracing frame second 15, energy-saving reflecting plate second 10 is installed, between energy-saving reflecting plate second 10 and energy-saving reflecting plate bracing frame second 15, motorized adjustment rotation shaft unit second 11 is installed, solar tracking is installed on the side of energy-saving reflecting plate bracing frame second 15 and follows the tracks of energy-saving reflecting plate control device second 12, electric supply installation second 13, conductor wire 8, in photovoltaic bracing frame first 7, solar panel first 6 is installed, conductor wire 8 is installed on side in photovoltaic bracing frame first 7, controller first 9, in photovoltaic bracing frame second 16, solar panel second 14 is installed, conductor wire 8 is installed on side in photovoltaic bracing frame second 16, controller second 17, junction station 18, shunt 19,
Motorized adjustment rotation shaft unit first 2 is followed the tracks of energy-saving reflecting plate control device first 3 by conductor wire 8 and solar tracking and is connected, solar tracking is followed the tracks of energy-saving reflecting plate control device first 3 and is connected with electric supply installation first 4 by conductor wire 8, electric supply installation first 4 is connected with shunt 19 by conductor wire 8, motorized adjustment rotation shaft unit second 11 is followed the tracks of energy-saving reflecting plate control device second 12 by conductor wire 8 and solar tracking and is connected, solar tracking is followed the tracks of energy-saving reflecting plate control device second 12 and is connected with electric supply installation second 13 by conductor wire 8, electric supply installation second 13 is connected with shunt 19 by conductor wire 8, solar panel first 6 is connected with controller first 9 by conductor wire 8, controller first 9 is connected with junction station 18 by conductor wire 8, solar panel second 14 is connected with controller second 17 by conductor wire 8, controller second 17 is connected with junction station 18 by conductor wire 8, junction station 18 is connected with shunt 19.
Solar panel first 6 and solar panel second 14 are monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
Energy-saving reflecting plate first 1 and energy-saving reflecting plate second 10 are metallic reflection plate or mirror reflective plate or photoelectric reflection plate or nanometer reflection plate.
Fine day, the sensitive surface generation current of solar light irradiation solar panel first, electric current is by conductor wire input control device first, input junction station from the electric current of controller first output by conductor wire, the sensitive surface generation current of solar light irradiation solar panel second, electric current is by conductor wire input control device second, input junction station from the electric current of controller second output by conductor wire, input shunt from the electric current of junction station output by conductor wire, the most of photovoltaic electric stream that flows through shunt is connected with power supply network by conductor wire, the fraction electric current that flows through shunt is powered to electric supply installation first and electric supply installation second respectively by conductor wire, input solar tracking from the electric current of electric supply installation first output by conductor wire and follow the tracks of energy-saving reflecting plate control device first, installation computer transmitting-receiving arithmetic system in energy-saving reflecting plate control device first is followed the tracks of in solar tracking, can accept the information that Big Dipper location or GPS location solar tracking trace information command system wireless transmission are come, and regulate and control the position of the side to light of energy-conservation expelling plate first by motorized adjustment rotation shaft unit first according to the instruction of solar tracking trace information, make the incident angle moment that the side to light of energy-conservation reflecting plate first is exposed to sunlight aim at a day position for the aerial sun, the reflection angle moment that the side to light of energy-conservation reflecting plate first is flashed back the sunlight irradiate is aimed at the sensitive surface of solar panel first, make the sensitive surface of solar panel first except accepting the sunlight of direct projection, can also accept the sunlight being reflected back by energy-saving reflecting plate first simultaneously, significantly increase the intensity of illumination on the sensitive surface of solar panel first, make to produce larger energy output by photovoltaic effect on the sensitive surface of solar panel first.Input solar tracking from the electric current of electric supply installation second output by conductor wire and follow the tracks of energy-saving reflecting plate control device second, in solar tracking tracking energy-saving reflecting plate control device second, microcomputer transmitting-receiving arithmetic system is installed, can accept the information that Big Dipper location or GPS location solar tracking trace information command system wireless transmission are come, and regulate and control the position of the side to light of energy-conservation expelling plate second by motorized adjustment rotation shaft unit second according to the instruction of solar tracking trace information, make the incident angle moment that the side to light of energy-conservation reflecting plate second is exposed to sunlight aim at a day position for the aerial sun, the reflection angle moment that the side to light of energy-conservation reflecting plate second is flashed back the sunlight irradiate is aimed at the sensitive surface of solar panel second, make the sensitive surface of solar panel second except accepting the sunlight of direct projection, can also accept the sunlight being reflected back by energy-saving reflecting plate second simultaneously, significantly increase the intensity of illumination on the sensitive surface of solar panel second, make to produce larger energy output by photovoltaic effect on the sensitive surface of solar panel second.The larger magnitude of current that solar panel first produces is by conductor wire, controller first input junction station, the larger magnitude of current that solar panel second produces is by conductor wire, controller second input junction station, input shunt from the larger magnitude of current of junction station output by conductor wire, due to the increasing of the magnitude of current from shunt output, make solar photovoltaic power plant that more energy output input power supply network is provided, and provide enough magnitudes of current to electric supply installation first and electric supply installation second.
Now enumerate embodiment as follows:
Embodiment mono-:
Solar light irradiation solar panel generation current, electric current is by conductor wire, controller, junction station input shunt, the most of input of the electric current power supply network of exporting from shunt, separately has fraction electric current to input respectively electric supply installation first, solar tracking tracking energy-saving reflecting plate control device first, motorized adjustment rotation shaft unit first by conductor wire and energy-saving reflecting plate control device second, motorized adjustment rotation shaft unit second are followed the tracks of in electric supply installation second, solar tracking.Solar tracking is followed the tracks of energy-saving reflecting plate control device first and the sunlight of monocrystaline silicon solar cell periphery is reflexed on the sensitive surface of single-crystalline-silicon solar-cell panel first by motorized adjustment rotation shaft unit first regulation and control energy-saving reflecting plate first, increases the energy output of single-crystalline-silicon solar-cell panel first.Solar tracking is followed the tracks of energy-saving reflecting plate control device second and the sunlight of monocrystaline silicon solar cell periphery is reflexed on the sensitive surface of solar panel second by motorized adjustment rotation shaft unit second regulation and control energy-saving reflecting plate second, increases the energy output of single-crystalline-silicon solar-cell panel second.
Embodiment bis-:
Solar light irradiation solar panel generation current, electric current is by conductor wire, controller, junction station input shunt, the most of input of the electric current power supply network of exporting from shunt, separately has fraction electric current to input respectively electric supply installation first, solar tracking tracking energy-saving reflecting plate control device first, motorized adjustment rotation shaft unit first by conductor wire and energy-saving reflecting plate control device second, motorized adjustment rotation shaft unit second are followed the tracks of in electric supply installation second, solar tracking.Solar tracking is followed the tracks of energy-saving reflecting plate control device first and the sunlight of polysilicon solar cell periphery is reflexed on the sensitive surface of polysilicon solar cell plate first by motorized adjustment rotation shaft unit first regulation and control energy-saving reflecting plate first, increases the energy output of polysilicon solar cell plate first.Solar tracking is followed the tracks of energy-saving reflecting plate control device second and the sunlight of polysilicon solar cell periphery is reflexed on the sensitive surface of solar panel second by motorized adjustment rotation shaft unit second regulation and control energy-saving reflecting plate second, increases the energy output of polysilicon solar cell plate second.
Claims (3)
1. follow the tracks of the solar photovoltaic power plant of energy-saving reflecting plate increase energy output with solar tracking for one kind, it is characterized in that, by energy-saving reflecting plate first (1), motorized adjustment rotation shaft unit first (2), energy-saving reflecting plate control device first (3) is followed the tracks of in solar tracking, electric supply installation first (4), energy-saving reflecting plate bracing frame first (5), solar panel first (6), photovoltaic bracing frame first (7), conductor wire (8), controller first (9), energy-saving reflecting plate second (10), motorized adjustment rotation shaft unit second (11), energy-saving reflecting plate control device second (12) is followed the tracks of in solar tracking, electric supply installation second (13), solar panel second (14), energy-saving reflecting plate bracing frame second (15), photovoltaic bracing frame second (16), controller second (17), junction station (18), shunt (19) forms a kind of solar photovoltaic power plant of following the tracks of energy-saving reflecting plate increase energy output with solar tracking jointly,
In the upper energy-saving reflecting plate first (1) of installing of energy-saving reflecting plate bracing frame first (5), between energy-saving reflecting plate first (1) and energy-saving reflecting plate bracing frame first (5), motorized adjustment rotation shaft unit first (2) is installed, solar tracking is installed on the side of energy-saving reflecting plate bracing frame first (5) and follows the tracks of energy-saving reflecting plate control device first (3), electric supply installation first (4), conductor wire (8), in the upper energy-saving reflecting plate second (10) of installing of energy-saving reflecting plate bracing frame second (15), between energy-saving reflecting plate second (10) and energy-saving reflecting plate bracing frame second (15), motorized adjustment rotation shaft unit second (11) is installed, solar tracking is installed on the side of energy-saving reflecting plate bracing frame second (15) and follows the tracks of energy-saving reflecting plate control device second (12), electric supply installation second (13), conductor wire (8), in the upper solar panel first (6) of installing of photovoltaic bracing frame first (7), conductor wire (8) is installed on side in photovoltaic bracing frame first (7), controller first (9), in the upper solar panel second (14) of installing of photovoltaic bracing frame second (16), conductor wire (8) is installed on side in photovoltaic bracing frame second (16), controller second (17), junction station (18), shunt (19),
Motorized adjustment rotation shaft unit first (2) is followed the tracks of energy-saving reflecting plate control device first (3) by conductor wire (8) and solar tracking and is connected, solar tracking is followed the tracks of energy-saving reflecting plate control device first (3) and is connected with electric supply installation first (4) by conductor wire (8), electric supply installation first (4) is connected with shunt (19) by conductor wire (8), motorized adjustment rotation shaft unit second (11) is followed the tracks of energy-saving reflecting plate control device second (12) by conductor wire (8) and solar tracking and is connected, solar tracking is followed the tracks of energy-saving reflecting plate control device second (12) and is connected with electric supply installation second (13) by conductor wire (8), electric supply installation second (13) is connected with shunt (19) by conductor wire (8), solar panel first (6) is connected with controller first (9) by conductor wire (8), controller first (9) is connected with junction station (18) by conductor wire (8), solar panel second (14) is connected with controller second (17) by conductor wire (8), controller second (17) is connected with junction station (18) by conductor wire (8), junction station (18) is connected with shunt (19).
2. a kind of solar photovoltaic power plant of following the tracks of energy-saving reflecting plate increase energy output with solar tracking according to claim 1, it is characterized in that, described solar panel first (6) and solar panel second (14) are monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
3. a kind of solar photovoltaic power plant of following the tracks of energy-saving reflecting plate increase energy output with solar tracking according to claim 1, it is characterized in that, described energy-saving reflecting plate first (1) and energy-saving reflecting plate second (10) are metallic reflection plate or mirror reflective plate or photoelectric reflection plate or nanometer reflection plate.
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| CN201420248792.XU CN203872108U (en) | 2014-05-15 | 2014-05-15 | Solar energy photovoltaic power station with sun-tracking energy-saving reflecting plate to increase generating capacity |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103956960A (en) * | 2014-05-15 | 2014-07-30 | 无锡同春新能源科技有限公司 | Solar photovoltaic power station increasing generating capacity through sun tracing energy-saving reflection boards |
| CN109412530A (en) * | 2018-10-23 | 2019-03-01 | 乐山师范学院 | A method of built photovoltaic power station power generation amount is promoted based on reflecting system |
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2014
- 2014-05-15 CN CN201420248792.XU patent/CN203872108U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103956960A (en) * | 2014-05-15 | 2014-07-30 | 无锡同春新能源科技有限公司 | Solar photovoltaic power station increasing generating capacity through sun tracing energy-saving reflection boards |
| CN109412530A (en) * | 2018-10-23 | 2019-03-01 | 乐山师范学院 | A method of built photovoltaic power station power generation amount is promoted based on reflecting system |
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Granted publication date: 20141008 Termination date: 20160515 |
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| CF01 | Termination of patent right due to non-payment of annual fee |