CN203872123U - Solar energy power station with long-afterglow luminescent material luminescent plate to increase generating capacity - Google Patents
Solar energy power station with long-afterglow luminescent material luminescent plate to increase generating capacity Download PDFInfo
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- CN203872123U CN203872123U CN201420248714.XU CN201420248714U CN203872123U CN 203872123 U CN203872123 U CN 203872123U CN 201420248714 U CN201420248714 U CN 201420248714U CN 203872123 U CN203872123 U CN 203872123U
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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
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- 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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Abstract
The utility model relates to a solar energy power station with a long-afterglow luminescent material luminescent 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 luminescent plate rotation control device I, an electric regulating shaft rotation device I, a luminescent plate rotation control device II and an electric regulating shaft rotation device II through a conductor wire; an illuminance sensor I receives illumination output signals to enable the luminescent plate rotation control device I to drive the electric regulating shaft rotation device I to drive a long-afterglow luminescent material luminescent plate I to store light and emit the light so as to increase the generating capacity of a solar cell panel I; and an illuminance sensor II receives the illumination output signals to enable the luminescent plate rotation control device II to drive the electric regulating shaft rotation device II to drive a long-afterglow luminescent material luminescent plate II to store the light and emit the light so as to increase the generating capacity of a solar cell panel II.
Description
Technical field
The utility model relates to a kind of solar power station that increases generating quantity with long after glow luminous material luminous plaque, belongs to technical field of new energy application.
Background technology
The coal fired power generation ratio of China once reached 70%, and a large amount of burning coal generatings are discharged carbon dioxide, sulfur dioxide, other pernicious gas and multiple particle in air, have formed haze weather and acid rain, and biological environment has been caused to infringement.In order to cut down the quantity of burning coal, reduce the ratio of coal fired power generation, in power generation process, to the photovoltaic generation that discharges any pollutant in air, do not obtained attention, 2008 China's large-sized photovoltaic in end of the year power station accumulative total installed capacitys are 1MW only, increase to 109MW the end of the year 2009, increase to 4400MW the end of the year 2012, in July, 2013 15 State Council ' about the some suggestions that promote that photovoltaic industry develops in a healthy way ' points out: photovoltaic industry is the important development direction of global energy science and technology and industry, it is the rising industry with great potential, also be the strategic new industry that China has international competitive advantage, from 2013-2015, 1,000 ten thousand kilowatts of left and right of the newly-increased photovoltaic generation installed capacity of annual, to total installation of generating capacity in 2015, reach more than 3,500 ten thousand kilowatts.
New Fortune 500 rich list issue in 2014, river monarch Lee of Hanergy Holding Group Co., Ltd. of photovoltaic industry is with the 87000000000 properties richest that climbs to the top of a mountain first.The thin-film solar cells total output of Chinese energy in 2012 has reached ten thousand kilowatts of 3GW(300), film photovoltaic technology is reached the international leading level, wherein Copper Indium Gallium Selenide assembly volume production optoelectronic transformation efficiency has reached 15.7%, research and development optoelectronic transformation efficiency is up to 19.6%, due to becoming increasingly conspicuous and oil of environmental problem, the finiteness of natural gas resource, the mankind further improved the understanding of solar energy clean energy resource in 2014, various places solar photovoltaic power plant is built more and more, a large amount of construction funds is poured into solar photovoltaic power plant market, investment is in order to obtain return, solar photovoltaic power plant relies on electrical network and sells generating quantity as income.Solar cell is a kind of semiconductor device that transform light energy is become to electric energy, and photon is transformed into electric energy by Electron absorption in solar cell, and solar cell utilizes semi-conductive light transfer characteristic directly transform light energy to be become to electric energy.
Solar light irradiation solar cell generation current, if do not have the solar light irradiation solar cell just can not generation current.In April, 2014, when the investment analysts of the utility model people Miao TongChun He Yijia photovoltaic enterprise investigates a photovoltaic plant project in Jiangsu, what this investment analysts talked at most is exactly how to try every possible means to allow the multiple electricity of solar photovoltaic power plant, reclaims early the cost of investment of solar photovoltaic power plant.Solar panel in existing solar photovoltaic power plant is at night and overcast and rainy, can not generation current owing to lacking solar radiation, and solar photovoltaic power plant is in night or the overcast and rainy quantity of just not generating electricity.
Utility model content
The purpose of this utility model is to overcome deficiency of the prior art, and a kind of solar power station that increases generating quantity with long after glow luminous material luminous plaque is provided.
Long after glow luminous material has and holds light, energy storage, energy-conservation characteristic, and long after glow luminous material is that a class can absorb sunlight, and after the sun sets, still can continue luminous storage light new material.By day, solar light irradiation illuminance sensor, the variation of the amount of the intensity of illumination that the senser direct feeling of illuminance sensor shines upon, the conversion element of illuminance sensor and Signal Regulation change-over circuit convert the variation of the physical quantity of the intensity of illumination of senser impression to be suitable for transmission the signal of telecommunication, the signal of telecommunication makes luminous plaque control device for pivoting regulate long after glow luminous material luminous plaque rotational angle by motorized adjustment rotation shaft unit as information command, regulate the positive plate of long after glow luminous material luminous plaque in the face of the accurate sun, accept the maximum radiation of sunlight, allowing the photon of maximum enter long after glow luminous material saves.At night, illuminance sensor instigates luminous plaque control device for pivoting to regulate long after glow luminous material luminous plaque rotational angle by motorized adjustment rotation shaft unit, the positive plate face of adjusting long after glow luminous material luminous plaque is closely aimed at the sensitive surface of solar panel, sensitive surface electron emission, irradiation light to solar panel, make the sensitive surface of solar panel at night, also can obtain the light irradiation of certain intensity of illumination, accept the irradiation generation current of light.Long after glow luminous material has ' daytime extinction, glowing at night ' power saving function, with long after glow luminous material luminous plaque, absorb the photon in sunlight daytime, night is to the sensitive surface transmitting photon of the solar panel in various lots of outdoor photovoltaic plant, can accomplish that solar cell also can realize generating at night, thereby increase the solar photovoltaic power plant whole day of a day 24 hours generating total amount.Because having made the intensity of illumination in part area, the aerial brown cloud of height and these two monsters that formed by air pollutants of ground haze decline 1%-10%, the decline of annual illumination intensity causes the corresponding decline of annual energy output of photovoltaic plant, adopt ' a kind of solar power station that increases generating quantity with long after glow luminous material luminous plaque ' technical scheme, the energy output that can make to be built in the solar power station of coastal economy developed regions increases by 1%-15%, and the energy output that can make to be built in the solar power station of desert area increases by 2%-25%.The photon that long after glow luminous material is accepted is by day more, the photon of launching at night is also just more, desert area daylight is strong, the many extinctions of long after glow luminous material energy, just can multiple light at night, the illumination of accepting on solar panel sensitive surface is more, and the electric current that solar panel produces is also just more.Along with scientific and technical progress, the upgrading of long after glow luminous material is quite fast, first generation light-storing material can only be luminous 2 hours at night, and second generation Rare Earth Light-Storing Materials can luminous 5 hours at night, and third generation rare earth light-accumulation long-afterglow luminous material can luminous 6-8 hours at night.Third generation rare earth light-accumulation long-afterglow luminous material is by adding rare earth element as activator, has that brightness is high, persistence long, an advantage such as "dead", high stability.The rare earth nano long after glow luminous material extinction time fast, that send twilight sunset is long, for realizing high brightness luminescent whole night, opened up new path, and light-accumulation long-afterglow luminous material luminous plaque has more practical DEVELOPMENT PROSPECT.
From photoreceptor solar cell, the illumination that solar cell is accepted is more, and the electric current of generation is also more.Nowadays, the kind of solar cell is more and more, there is a kind of Weak light type amorphous silicon thin-film solar cells that just can generation current under indoor weak light lighting condition to produce in batches, also has a kind of just production in a large number of the copper-indium-galliun-selenium film solar cell of energy generation current under moonlight illuminate condition, because light-accumulation long-afterglow material also has many kinds, for a kind of light-accumulation long-afterglow material, need to develop coadapted a kind of solar cell and carry out mounted in pairing mode, could more increase generating quantity.
In order to solve the problems of the technologies described above, the utility model is achieved through the following technical solutions:
By long after glow luminous material luminous plaque first 1, light emitting plate system bracing frame first 2, motorized adjustment rotation shaft unit first 3, luminous plaque control device for pivoting first 4, illuminance sensor first 5, long after glow luminous material luminous plaque second 6, light emitting plate system bracing frame second 7, motorized adjustment rotation shaft unit second 8, luminous plaque control device for pivoting second 9, illuminance sensor second 10, conductor wire 11, solar panel first 12, photovoltaic bracing frame first 13, controller first 14, solar panel second 15, photovoltaic bracing frame second 16, controller second 17, junction station 18, a kind of solar power station that increases generating quantity with long after glow luminous material luminous plaque of the common composition of shunt 19,
Long after glow luminous material luminous plaque first 1 is installed in light emitting plate system bracing frame first 2, between light emitting plate system bracing frame first 2 and long after glow luminous material luminous plaque first 1, motorized adjustment rotation shaft unit first 3 is installed, luminous plaque control device for pivoting first 4 is installed on the side of light emitting plate system bracing frame first 2, conductor wire 11, in luminous plaque control device for pivoting first 4, illuminance sensor first 5 is installed, long after glow luminous material luminous plaque second 6 is installed in light emitting plate system bracing frame second 7, between light emitting plate system bracing frame second 7 and long after glow luminous material luminous plaque second 6, motorized adjustment rotation shaft unit second 8 is installed, luminous plaque control device for pivoting second 9 is installed on the side of light emitting plate system bracing frame second 7, in luminous plaque control device for pivoting second 9, illuminance sensor second 10 is installed, in photovoltaic bracing frame first 13, solar panel first 12 is installed, controller first 14 is installed on side in photovoltaic bracing frame first 13, in photovoltaic bracing frame second 16, solar panel second 15 is installed, controller second 17 is installed on side in photovoltaic bracing frame second 16, junction station 18, shunt 19, conductor wire 11,
Motorized adjustment rotation shaft unit first 3 is connected with luminous plaque control device for pivoting first 4 by conductor wire 11, luminous plaque control device for pivoting first 4 is connected with shunt 19 by conductor wire 11, motorized adjustment rotation shaft unit second 8 is connected with luminous plaque control device for pivoting second 9 by conductor wire 11, luminous plaque control device for pivoting second 9 is connected with shunt 19 by conductor wire 11, solar panel first 12 is connected with controller first 14 by conductor wire 11, controller first 14 is connected with junction station 18 by conductor wire 11, junction station 18 is connected with shunt 19 by conductor wire 11, solar panel second 15 is connected with controller second 17 by conductor wire 11, controller second 17 is connected with junction station 18 by conductor wire 11, junction station 18 is connected with shunt 19 by conductor wire 11, shunt 19 is connected with power supply network by conductor wire 11.
Solar panel first 12 and solar panel second 15 are monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
Illuminance sensor first 5 and illuminance sensor second 10 are outdoor optical sensor or wired optical sensor or network-type optical sensor.
Long after glow luminous material luminous plaque first 1 and long after glow luminous material luminous plaque second 6 are that rare earth holds light long after glow luminous material luminous plaque or rare earth nano light-accumulation long-afterglow luminous material luminous plaque.
Compared with prior art, the beneficial effects of the utility model are: 1. having started solar photovoltaic power plant not only can high light generating under solar radiation by day, and under night or the overcast and rainy condition that lacks illumination or illumination deficiency, also can be with a kind of band long after glow luminous material luminous plaque to solar panel irradiation light, make solar panel generation current, solar photovoltaic power plant is uninterruptedly generating in whole day 24 hours.2. the whole day energy output that increases solar power station, has improved the equipment such as solar cell of solar photovoltaic power plant and the service efficiency of parts, has improved the economic benefit of solar power station, is conducive to the recycling of the fund of quickening investment solar photovoltaic power plant.3. increased considerably the market demand of long after glow luminous material, promoted the research and development of rare earth light-accumulation long-afterglow luminous material and rare earth nano light-accumulation long-afterglow luminous material and complement one another, the research and development of coadapted novel solar battery.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Embodiment
Solar radiation solar panel generation current, electric current passes through conductor wire, controller, junction station input shunt, electric current part input power supply network from shunt output, another part electric current is inputted luminous plaque control device for pivoting first by conductor wire, motorized adjustment rotation shaft unit first and luminous plaque control device for pivoting second, motorized adjustment rotation shaft unit second, the signal that illuminance sensor first is accepted illumination output makes luminous plaque control device for pivoting first drive motorized adjustment rotation shaft unit first to drive long after glow luminous material luminous plaque first to hold light, luminous, increase the energy output of solar panel first.The signal that illuminance sensor second is accepted illumination output makes luminous plaque control device for pivoting second drive motorized adjustment rotation shaft unit second to drive long after glow luminous material luminous plaque second to hold light, luminous, increases the energy output of solar panel second.
The utility model is further described in connection with the embodiment in accompanying drawing below:
By long after glow luminous material luminous plaque first 1, light emitting plate system bracing frame first 2, motorized adjustment rotation shaft unit first 3, luminous plaque control device for pivoting first 4, illuminance sensor first 5, long after glow luminous material luminous plaque second 6, light emitting plate system bracing frame second 7, motorized adjustment rotation shaft unit second 8, luminous plaque control device for pivoting second 9, illuminance sensor second 10, conductor wire 11, solar panel first 12, photovoltaic bracing frame first 13, controller first 14, solar panel second 15, photovoltaic bracing frame second 16, controller second 17, junction station 18, a kind of solar power station that increases generating quantity with long after glow luminous material luminous plaque of the common composition of shunt 19,
Long after glow luminous material luminous plaque first 1 is installed in light emitting plate system bracing frame first 2, between light emitting plate system bracing frame first 2 and long after glow luminous material luminous plaque first 1, motorized adjustment rotation shaft unit first 3 is installed, luminous plaque control device for pivoting first 4 is installed on the side of light emitting plate system bracing frame first 2, conductor wire 11, in luminous plaque control device for pivoting first 4, illuminance sensor first 5 is installed, long after glow luminous material luminous plaque second 6 is installed in light emitting plate system bracing frame second 7, between light emitting plate system bracing frame second 7 and long after glow luminous material luminous plaque second 6, motorized adjustment rotation shaft unit second 8 is installed, luminous plaque control device for pivoting second 9 is installed on the side of light emitting plate system bracing frame second 7, in luminous plaque control device for pivoting second 9, illuminance sensor second 10 is installed, in photovoltaic bracing frame first 13, solar panel first 12 is installed, controller first 14 is installed on side in photovoltaic bracing frame first 13, in photovoltaic bracing frame second 16, solar panel second 15 is installed, controller second 17 is installed on side in photovoltaic bracing frame second 16, junction station 18, shunt 19, conductor wire 11,
Motorized adjustment rotation shaft unit first 3 is connected with luminous plaque control device for pivoting first 4 by conductor wire 11, luminous plaque control device for pivoting first 4 is connected with shunt 19 by conductor wire 11, motorized adjustment rotation shaft unit second 8 is connected with luminous plaque control device for pivoting second 9 by conductor wire 11, luminous plaque control device for pivoting second 9 is connected with shunt 19 by conductor wire 11, solar panel first 12 is connected with controller first 14 by conductor wire 11, controller first 14 is connected with junction station 18 by conductor wire 11, junction station 18 is connected with shunt 19 by conductor wire 11, solar panel second 15 is connected with controller second 17 by conductor wire 11, controller second 17 is connected with junction station 18 by conductor wire 11, junction station 18 is connected with shunt 19 by conductor wire 11, shunt 19 is connected with power supply network by conductor wire 11.
Solar panel first 12 and solar panel second 15 are monocrystaline silicon solar cell or polysilicon solar cell or amorphous silicon thin-film solar cell or compound solar cell.
Illuminance sensor first 5 and illuminance sensor second 10 are outdoor optical sensor or wired optical sensor or network-type optical sensor.
Long after glow luminous material luminous plaque first 1 and long after glow luminous material luminous plaque second 6 are that rare earth holds light long after glow luminous material luminous plaque or rare earth nano light-accumulation long-afterglow luminous material luminous plaque.
Fine day, the sensitive surface generation current of solar light irradiation solar panel first, electric current is by conductor wire input control device first, from the electric current of controller first output, by conductor wire, input junction station, the sensitive surface generation current of solar light irradiation solar panel second, electric current is by conductor wire input control device second, from the electric current of controller second output, by conductor wire, input junction station, after the electric current that the electric current that solar panel first produces and solar panel second produce converges in junction station, then by conductor wire, input shunt, the most of electric current of shunt of flowing through is connected with power supply network by conductor wire, the fraction electric current of shunt of flowing through is inputted respectively luminous plaque control device for pivoting first and luminous plaque control device for pivoting second by conductor wire, the requirement of the signal of telecommunication that the electric current of input luminous plaque control device for pivoting first is sent according to illuminance sensor first drives motorized adjustment rotation shaft unit first to regulate the rotational angle of long after glow luminous material luminous plaque first by conductor wire, make the positive plate face of long after glow luminous material luminous plaque aim at by day the photon that sunlight is accepted solar light irradiation, and savings are in light-accumulation long-afterglow material the inside, at night, aim at the sensitive surface of solar panel first, to solar panel first, the more launch photon, make solar panel first night or overcast and rainy also can generation current, the requirement of the signal of telecommunication that the electric current of input luminous plaque control device for pivoting second is sent according to illuminance sensor second drives motorized adjustment rotation shaft unit second to regulate the rotational angle of long-persistence luminous plate second by conductor wire, make the positive plate face of long after glow luminous material luminous plaque aim at by day the photon that sunlight is accepted solar light irradiation, and savings are in light-accumulation long-afterglow material the inside, at night, aim at the sensitive surface of solar panel second, make solar panel second night or overcast and rainy also can generation current.
Now enumerate embodiment as follows:
Embodiment mono-:
Solar light irradiation single-crystalline-silicon solar-cell panel generation current, electric current passes through conductor wire, controller, junction station input shunt, electric current part input power supply network from shunt output, another part electric current is inputted luminous plaque control device for pivoting first by conductor wire, motorized adjustment rotation shaft unit first and luminous plaque control device for pivoting second, motorized adjustment rotation shaft unit second, the signal that wired illuminance sensor first is accepted illumination output makes luminous plaque control device for pivoting first drive motorized adjustment rotation shaft unit first to drive rare earth to hold light long after glow luminous material luminous plaque first to hold light, luminous, increase the energy output of solar panel first.The signal that wired illuminance sensor second is accepted illumination output makes luminous plaque control device for pivoting second drive motorized adjustment rotation shaft unit second to drive rare earth to hold light long after glow luminous material luminous plaque second to hold light, luminous, increase the energy output of solar panel second.
Embodiment bis-:
Solar light irradiation polysilicon solar cell plate generation current, electric current passes through conductor wire, controller, junction station input shunt, electric current part input power supply network from shunt output, another part electric current is inputted luminous plaque control device for pivoting first by conductor wire, motorized adjustment rotation shaft unit first and luminous plaque control device for pivoting second, motorized adjustment rotation shaft unit second, the signal that outdoor optical illuminance transducer first is accepted illumination output makes luminous plaque control device for pivoting first drive motorized adjustment rotation shaft unit first to drive rare earth nano long after glow luminous material luminous plaque first to hold light, luminous, increase the energy output of solar panel first.The signal that outdoor optical illuminance transducer second is accepted illumination output makes luminous plaque control device for pivoting second drive motorized adjustment rotation shaft unit second to drive rare earth nano long after glow luminous material luminous plaque second to hold light, luminous, increases the energy output of solar panel second.
Claims (4)
1. a solar power station that increases generating quantity with long after glow luminous material luminous plaque, it is characterized in that, by long after glow luminous material luminous plaque first (1), light emitting plate system bracing frame first (2), motorized adjustment rotation shaft unit first (3), luminous plaque control device for pivoting first (4), illuminance sensor first (5), long after glow luminous material luminous plaque second (6), light emitting plate system bracing frame second (7), motorized adjustment rotation shaft unit second (8), luminous plaque control device for pivoting second (9), illuminance sensor second (10), conductor wire (11), solar panel first (12), photovoltaic bracing frame first (13), controller first (14), solar panel second (15), photovoltaic bracing frame second (16), controller second (17), junction station (18), shunt (19) forms a kind of solar power station that increases generating quantity with long after glow luminous material luminous plaque jointly,
In the upper long after glow luminous material luminous plaque first (1) of installing of light emitting plate system bracing frame first (2), between light emitting plate system bracing frame first (2) and long after glow luminous material luminous plaque first (1), motorized adjustment rotation shaft unit first (3) is installed, luminous plaque control device for pivoting first (4) is installed on the side of light emitting plate system bracing frame first (2), conductor wire (11), in the upper illuminance sensor first (5) of installing of luminous plaque control device for pivoting first (4), in the upper long after glow luminous material luminous plaque second (6) of installing of light emitting plate system bracing frame second (7), between light emitting plate system bracing frame second (7) and long after glow luminous material luminous plaque second (6), motorized adjustment rotation shaft unit second (8) is installed, luminous plaque control device for pivoting second (9) is installed on the side of light emitting plate system bracing frame second (7), in the upper illuminance sensor second (10) of installing of luminous plaque control device for pivoting second (9), in the upper solar panel first (12) of installing of photovoltaic bracing frame first (13), controller first (14) is installed on side in photovoltaic bracing frame first (13), in the upper solar panel second (15) of installing of photovoltaic bracing frame second (16), controller second (17) is installed on side in photovoltaic bracing frame second (16), junction station (18), shunt (19), conductor wire (11),
Motorized adjustment rotation shaft unit first (3) is connected with luminous plaque control device for pivoting first (4) by conductor wire (11), luminous plaque control device for pivoting first (4) is connected with shunt (19) by conductor wire (11), motorized adjustment rotation shaft unit second (8) is connected with luminous plaque control device for pivoting second (9) by conductor wire (11), luminous plaque control device for pivoting second (9) is connected with shunt (19) by conductor wire (11), solar panel first (12) is connected with controller first (14) by conductor wire (11), controller first (14) is connected with junction station (18) by conductor wire (11), junction station (18) is connected with shunt (19) by conductor wire (11), solar panel second (15) is connected with controller second (17) by conductor wire (11), controller second (17) is connected with junction station (18) by conductor wire (11), junction station (18) is connected with shunt (19) by conductor wire (11), shunt (19) is connected with power supply network by conductor wire (11).
2. a kind of solar power station that increases generating quantity with long after glow luminous material luminous plaque according to claim 1, it is characterized in that, described solar panel first (12) and solar panel second (15) 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 power station that increases generating quantity with long after glow luminous material luminous plaque according to claim 1, it is characterized in that, described illuminance sensor first (5) and illuminance sensor second (10) are outdoor optical sensor or wired optical sensor or network-type optical sensor.
4. a kind of solar power station that increases generating quantity with long after glow luminous material luminous plaque according to claim 1, it is characterized in that, described long after glow luminous material luminous plaque first (1) and long after glow luminous material luminous plaque second (6) are that rare earth holds light long after glow luminous material luminous plaque or rare earth nano light-accumulation long-afterglow luminous material luminous plaque.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420248714.XU CN203872123U (en) | 2014-05-15 | 2014-05-15 | Solar energy power station with long-afterglow luminescent material luminescent plate to increase generating capacity |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420248714.XU CN203872123U (en) | 2014-05-15 | 2014-05-15 | Solar energy power station with long-afterglow luminescent material luminescent plate to increase generating capacity |
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| Publication Number | Publication Date |
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| CN203872123U true CN203872123U (en) | 2014-10-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420248714.XU Withdrawn - After Issue CN203872123U (en) | 2014-05-15 | 2014-05-15 | Solar energy power station with long-afterglow luminescent material luminescent plate to increase generating capacity |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103956967A (en) * | 2014-05-15 | 2014-07-30 | 无锡同春新能源科技有限公司 | Solar power station increasing generating capacity through long afterglow luminescent material lighting slabs |
-
2014
- 2014-05-15 CN CN201420248714.XU patent/CN203872123U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103956967A (en) * | 2014-05-15 | 2014-07-30 | 无锡同春新能源科技有限公司 | Solar power station increasing generating capacity through long afterglow luminescent material lighting slabs |
| CN103956967B (en) * | 2014-05-15 | 2016-03-09 | 无锡同春新能源科技有限公司 | A kind of solar power station increasing generating quantity with long-persistence luminous material emission plate |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141008 Effective date of abandoning: 20160309 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |