CN205945587U - Board -like sunlight photovoltaic power generation and complemental photovoltaic power supply station of moonlight photovoltaic power generation turn over - Google Patents
Board -like sunlight photovoltaic power generation and complemental photovoltaic power supply station of moonlight photovoltaic power generation turn over Download PDFInfo
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- CN205945587U CN205945587U CN201620840799.XU CN201620840799U CN205945587U CN 205945587 U CN205945587 U CN 205945587U CN 201620840799 U CN201620840799 U CN 201620840799U CN 205945587 U CN205945587 U CN 205945587U
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- solaode
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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
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/47—Mountings or tracking
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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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Abstract
The utility model relates to a board -like sunlight photovoltaic power generation and complemental photovoltaic power supply station of moonlight photovoltaic power generation turn over belongs to new forms of energy application technique field. At subaerial photovoltaic module support frame first and the photovoltaic module support frame second of setting up respectively, install solar cell first in the photovoltaic module support frame first of the ten heavenly stems, solar cell second, board rotary device first is turned over in photosensitive automatic control, the circular axle first of board turns over, ball bearing first, the conductor wire, install solar cell third in the photovoltaic module support frame second of the ten heavenly stems, solar cell butyl, board rotary device second is turned over in photosensitive automatic control, the circular axle second of board turns over, ball bearing second, the conductor wire, photosensitive automatic control is turned over board rotary device the first and photosensitive automatic control and is turned over board rotary device second and overturn solar cell first and solar cell's third surface respectively towards the sunlight on daytime, solar cell the second and solar cell butyl's a surface orientation moon light overturn respectively at night, photovoltaic power generation carries out, realized utilizing daytime day optical power generation and night to utilize month optical power generation to supply each other.
Description
Technical field
This utility model is related to the turnover plate type daylight photovoltaic generation photovoltaic power supply station complementary with moonlight photovoltaic generation, belongs to new
Energy source use technical field.
Background technology
In tellurian nature can Reusability, and the fast energy of renewable speed specific consumption rate, referred to as
Regenerative resource.The basic source of regenerative resource is the Sun and the Moon.
The sun discharges huge solar energy during nuclear fusion, the various energy that the mankind use on earth, its
Initially the energy is all the sun.Solaode receives luminous energy by photovoltaic effect and is converted into electric energy output, in the mistake of photovoltaic generation
Carbon dioxide, sulfur dioxide isothermal chamber gas is not discharged, solar energy causes tellurian atmospheric air circulation, human use's sun in journey
The wind energy that can change carries out wind-power electricity generation, during wind-power electricity generation, does not equally discharge carbon dioxide, sulfur dioxide isothermal chamber
Gas, is advocated photovoltaic generation and wind-power electricity generation energetically, can be polluted with slow down air, alleviates tellurian climate change.
The diameter of the sun is about 1,380,000 kilometers, and the diameter of the earth is about 380,000 kilometers, the moon forever with the same face to landing
Ball, it is irradiated to the sunlight that the source of tellurian moon light is reflection, because the moon is a solid celestial body, itself is not
Can be luminous.The sunlight that the mankind are emitted onto on earth surface and moon light make full use of, and just can meet human society to energy
Whole demands in source, a large amount of in 200 years of the past, oil of preciousness of directly burning and coal fossil resource, in the air discharge
Substantial amounts of carbon dioxide, sulfur dioxide isothermal chamber gas, cause air pollution, climate warming, many countries and regions on the earth
Haze weather occurs, damages health.After Paris agreement is signed, many countries accelerate the utilization step of solar energy in the world
Cut down, but the work that is combined with of moon luminous energy started to walk just now.
Utility model content
The purpose of this utility model is to overcome deficiency of the prior art, provides turnover plate type daylight photovoltaic generation and moonlight
The complementary photovoltaic power supply station of photovoltaic generation.
On July 7th, 2016, the permanent basic farmland in the whole nation delimit working site can be in Held in Hangzhou.For ensureing national food
Safety, promotes modern agricultural development, carries out special protection to the permanent basic farmland delimited.All parts of the country will not be ratified with substantially
The land resource of farmland protection area is building photo-voltaic power generation station.In order to the infield to solaode finds a way out, some
Photovoltaic enterprise removes to build photovoltaic plant to Arid Desert Region one after another, when desert, the photovoltaic plant in semidesert area run one section
Between after, the sand and dust that sandstorm blows afloat fall on the surface of solaode, can stop that solaode fully absorbs the photograph of sunlight
Penetrate, reduce the photoelectric transformation efficiency of solaode, reduce photovoltaic power generation quantity.The hot environment of summer desert area is to thermostability
It is unfavorable that bad solaode carries out photovoltaic generation, and hot environment can reduce the generated energy of solaode.Some ground
Area advocates installation photovoltaic power generation apparatus on roof, obtains good achievement, but for various reasons, increases the speed of erection space
Degree is not very quickly.Make full use of the sunlight being irradiated to earth surface and moon light developing clean energy resource, to guarantor by every possible means
The tellurian ecological environment of shield human living, reduces air pollution, protection health is beneficial.Using limited soil
Area builds the photo-voltaic power generation station that can simultaneously utilize sunlight and moon light, and improving the generated energy on unit area soil is this
The purpose of utility model.
Photosensitive automatic control turnover panel rotary apparatuss first and photosensitive automatic control turnover panel rotary apparatuss second respectively have built-in light sensor certainly
Movement controller part, can automatically control solaode first and solaode second, solaode third and solar-electricity respectively
The automatic turning of Chi Ding.Sunlight on daytime intensity is big, and photosensitive automatic control turnover panel rotary apparatuss first drive installation is in photovoltaic module
The solaode first in turnover panel circular shaft first in bracing frame first and solaode second rotate to the table of solaode first
Face up, the surface position directed downwardly of solaode second, be suitable under sun exposure use solaode first absorb too
In sunlight, the light of relevant wavelength carries out photovoltaic generation.Night moon exposure rate is little, and photosensitive automatic control turnover panel rotary apparatuss first is driven
Solaode first in the dynamic turnover panel circular shaft first being arranged in photovoltaic module bracing frame first and solaode second rotate to
The surface of solaode first down, the face-up position of table of solaode second, be suitable for using too under moon light irradiation
The light that sun energy battery second absorbs relevant wavelength in moon light carries out photovoltaic generation.Sunlight on daytime intensity is big, photosensitive from
Control solaode third He in the turnover panel circular shaft second in photovoltaic module bracing frame second for the turnover panel rotary apparatuss second drive installation
Solaode fourth rotate to solaode third surface upward, the surface position directed downwardly of solaode fourth, be suitable for
The light that the solaode third using under sun exposure absorbs relevant wavelength in sunlight carries out photovoltaic generation, and the night moon shines
Penetrate that intensity is little, photosensitive automatic control turnover panel rotary apparatuss second drive installation is in the turnover panel circular shaft second in photovoltaic module bracing frame second
Solaode third and solaode fourth rotate to solaode fourth surface upward, the surface of solaode third down
Position, the light that the solaode fourth being suitable for using under moon light irradiation absorbs relevant wavelength in moon light carries out photovoltaic and sends out
Electricity.
The power of photosensitive automatic control turnover panel rotary apparatuss first driving solaode first and the rotation of solaode second is by built-in
Lithium ion battery first provide, photosensitive automatic control turnover panel rotary apparatuss second drives solaode third and the rotation of solaode fourth
Power is provided by built-in lithium ion battery second.
In order to solve above-mentioned technical problem, this utility model is achieved through the following technical solutions：
By solaode first 1, solaode second 2, photosensitive automatic control turnover panel rotary apparatuss first 3, ball bearing first 4, light
Volt modular support frame first 5, conductor wire 6, controller first 7, solaode the third 8, the rotation of solaode fourth 9, photosensitive automatic control turnover panel
Rotary device second 10, ball bearing second 11, photovoltaic module bracing frame second 12, controller second 13, header box 14, inverter 15, energy storage
Battery 16, controlling switch 17, electrical appliance 18 collectively constitute；
On the ground at photovoltaic power supply station, right-to-left side-by-side erects photovoltaic module bracing frame first 5 and photovoltaic module props up
Support second 12, installs photosensitive automatic control turnover panel rotary apparatuss first 3 on the top of the Right side support bar of photovoltaic module bracing frame first 5,
Ball bearing first 4 is installed on the top of the Left-side support bar of photovoltaic module bracing frame first 5, in photosensitive automatic control turnover panel rotary apparatuss first 3
Turnover panel circular shaft first is installed and ball bearing first 4 between, back side solar energy glued together is installed on turnover panel circular shaft first
Battery first 1 and solaode second 2, on daytime, solaode first 1 overturns to surface upward in turnover panel circular shaft first
When, its surface receives the irradiation of sunlight, under the surface direction of the solaode second 2 positioned at the back side of solaode first 1
Side, sunlight less than the solaode second 2 at the back side, night, solaode second 2 overturn in turnover panel circular shaft first to
Surface upward when, its surface receive moon light irradiation, positioned at the solaode first 1 at the back side of solaode second 2
Surface downward, the moon bright light exposure less than the back side solaode first 1, solaode first 1 and solaode second 2
Upper and lower position there is corresponding upper Yu the next exchange with the change at daytime and night, in solaode first 1 with too
Controller first 7 is installed in the lower section of sun energy battery second 2, installs photosensitive on the top of the Right side support bar of photovoltaic module bracing frame second 12
Automatic control turnover panel rotary apparatuss second 10, installs ball bearing second 11 on the top of the Left-side support bar of photovoltaic module bracing frame second 12,
Between photosensitive automatic control turnover panel rotary apparatuss second 10 and ball bearing second 11, turnover panel circular shaft second is installed, in turnover panel circular shaft second
Back side solaode glued together the third 8 and solaode fourth 9 be installed, on daytime, solaode the third 8 is circular in turnover panel
Overturn in axle second to surface upward when, its surface receives the irradiation of sunlight, positioned at the back side of solaode the third 8 too
Downward, sunlight is less than the solaode fourth 9 at the back side, night, solaode fourth on the surface of sun energy battery fourth 9
9 overturn in turnover panel circular shaft second to surface upward when, its surface receive moon light irradiation, positioned at solaode fourth
The surface of the solaode at 9 back side the third 8 downward, the moon bright light exposure less than the back side solaode the third 8, solar energy
The upper and lower position of battery the third 8 and solaode fourth 9 with daytime and night change occur corresponding upper with the next right
Change, in the lower section of solaode the third 8 and solaode fourth 9, controller second 13 is installed, in controller first 7 and controller second 13
In the middle of install header box 14, the lower section of header box 14 install inverter 15, near photovoltaic power supply station installation energy storage electricity
Pond 16, controlling switch 17 and electrical appliance 18.
Solaode first 1 and solaode second 2 are connected with controller first 7 by conductor wire 6, and controller first 7 is passed through
Conductor wire 6 is connected with header box 14, and solaode the third 8 and solaode fourth 9 pass through conductor wire 6 with controller second 13 even
Connect, controller second 13 is connected with header box 14 by conductor wire 6, header box 14 is connected with inverter 15 by conductor wire 6, inversion
Device 15 is connected with energy-storage battery 16, controlling switch 17 and electrical appliance 18 by conductor wire 6.
Solaode first 1 and solaode the third 8 is to be suitable for carrying out the monocrystal silicon of photovoltaic generation under sun exposure too
Sun can battery or polysilicon solar cell or perovskite solaode.
Solaode second 2 and solaode fourth 9 are the CIGSs being suitable for carrying out photovoltaic generation under moon light irradiation
Solaode or amorphous silicon thin-film solar cell.
Compared with prior art, the beneficial effects of the utility model are：1. make photovoltaic power supply station accomplished day and night, day
Day continual every night carry out photovoltaic generation.The solaode installed in existing photovoltaic power supply station is mostly to be suitable for
Carry out polysilicon solar cell and the monocrystaline silicon solar cell of photovoltaic generation under sun exposure, on daytime, polysilicon is too
Sun battery and monocrystaline silicon solar cell can absorb the light of relevant wavelength in sunlight and carry out photovoltaic generation, but at night
Between, the light that polysilicon solar cell and monocrystaline silicon solar cell can not absorb relevant wavelength in moon light carries out photovoltaic and sends out
Electricity, because the wavelength of the light of sunlight and moon light is different, different types of solaode needs to absorb corresponding ripple
Long light just can carry out photovoltaic generation, and the solaode first in this utility model and solaode third are exactly to be suitable in day
Carry out polysilicon solar cell and the monocrystaline silicon solar cell of photovoltaic generation under light irradiation.Solar energy in this utility model
Battery second and solaode fourth are copper indium gallium selenium solar cell and the amorphous being suitable for carrying out photovoltaic generation under moon light irradiation
Silicon film solar batteries, at night, by the surface upset of copper indium gallium selenium solar cell and amorphous silicon thin-film solar cell
Upward, accept the irradiation of moon light, the light absorbing relevant wavelength in moon light carries out photovoltaic generation, so photovoltaic power supply can be made
Station accomplish day and night, day and night continual carry out photovoltaic generation.2. improve the soil for building photovoltaic power supply station
The utilization ratio of the ground corollary equipment such as resource and photovoltaic bracket, conductor wire, controller, inverter, header box.3. in relevant trip
This kind of photovoltaic plant is built at urticaria scenic spot, can publicize sun culture and Moon culture simultaneously, popularize science.
Brief description
Fig. 1 is structural representation of the present utility model.
Specific embodiment
Daylight photovoltaic generation and moonlight photovoltaic generation are all the rising industries having boundless prospects.1883, earliest solar energy
The photoelectric transformation efficiency of battery only has 1%, and photoelectric transformation efficiency brings up to 6% within 1956, nineteen ninety monocrystaline silicon solar cell
Photoelectric transformation efficiency reaches 20%, and the commonly used photoelectric transformation efficiency in photovoltaic power supply station of throughout world various countries reaches more than 16%
Polysilicon solar cell and photoelectric transformation efficiency reach more than 20% monocrystaline silicon solar cell, in recent years, the perovskite sun
Can battery progress fast, a kind of photoelectric transformation efficiency of the organic solar batteries of perovskite structure reaches 50%, for current
The sunlight of more multi-wavelength effectively can be converted into electric power, significantly drop by 2 times of solar cell photoelectric conversion efficiency on market
The use cost of low solaode.Solar energy power generating has become as the key technology that the mankind build low carbon society.The mankind
Carry out photovoltaic generation using moon light just now to start, the CIGS that can carry out photovoltaic generation under moon light irradiation having now been found that
The photoelectric transformation efficiency of the moonlight photovoltaic generation of solaode and amorphous silicon thin-film solar cell all below 5%, generated energy
It is limited, needs to strengthen the research of the solaode under moon light irradiation, improve the effect carrying out photovoltaic generation using moon light
Rate.
The embodiment combining in accompanying drawing is further described by this utility model below：
By solaode first 1, solaode second 2, photosensitive automatic control turnover panel rotary apparatuss first 3, ball bearing first 4, light
Volt modular support frame first 5, conductor wire 6, controller first 7, solaode the third 8, the rotation of solaode fourth 9, photosensitive automatic control turnover panel
Rotary device second 10, ball bearing second 11, photovoltaic module bracing frame second 12, controller second 13, header box 14, inverter 15, energy storage
Battery 16, controlling switch 17, electrical appliance 18 collectively constitute；
On the ground at photovoltaic power supply station, right-to-left side-by-side erects photovoltaic module bracing frame first 5 and photovoltaic module props up
Support second 12, installs photosensitive automatic control turnover panel rotary apparatuss first 3 on the top of the Right side support bar of photovoltaic module bracing frame first 5,
Ball bearing first 4 is installed on the top of the Left-side support bar of photovoltaic module bracing frame first 5, in photosensitive automatic control turnover panel rotary apparatuss first 3
Turnover panel circular shaft first is installed and ball bearing first 4 between, back side solar energy glued together is installed on turnover panel circular shaft first
Battery first 1 and solaode second 2, on daytime, solaode first 1 overturns to surface upward in turnover panel circular shaft first
When, its surface receives the irradiation of sunlight, under the surface direction of the solaode second 2 positioned at the back side of solaode first 1
Side, sunlight less than the solaode second 2 at the back side, night, solaode second 2 overturn in turnover panel circular shaft first to
Surface upward when, its surface receive moon light irradiation, positioned at the solaode first 1 at the back side of solaode second 2
Surface downward, the moon bright light exposure less than the back side solaode first 1, solaode first 1 and solaode second 2
Upper and lower position there is corresponding upper Yu the next exchange with the change at daytime and night, in solaode first 1 with too
Controller first 7 is installed in the lower section of sun energy battery second 2, installs photosensitive on the top of the Right side support bar of photovoltaic module bracing frame second 12
Automatic control turnover panel rotary apparatuss second 10, installs ball bearing second 11 on the top of the Left-side support bar of photovoltaic module bracing frame second 12,
Between photosensitive automatic control turnover panel rotary apparatuss second 10 and ball bearing second 11, turnover panel circular shaft second is installed, in turnover panel circular shaft second
Back side solaode glued together the third 8 and solaode fourth 9 be installed, on daytime, solaode the third 8 is circular in turnover panel
Overturn in axle second to surface upward when, its surface receives the irradiation of sunlight, positioned at the back side of solaode the third 8 too
Downward, sunlight is less than the solaode fourth 9 at the back side, night, solaode fourth on the surface of sun energy battery fourth 9
9 overturn in turnover panel circular shaft second to surface upward when, its surface receive moon light irradiation, positioned at solaode fourth
The surface of the solaode at 9 back side the third 8 downward, the moon bright light exposure less than the back side solaode the third 8, solar energy
The upper and lower position of battery the third 8 and solaode fourth 9 with daytime and night change occur corresponding upper with the next right
Change, in the lower section of solaode the third 8 and solaode fourth 9, controller second 13 is installed, in controller first 7 and controller second 13
In the middle of install header box 14, the lower section of header box 14 install inverter 15, near photovoltaic power supply station installation energy storage electricity
Pond 16, controlling switch 17 and electrical appliance 18.
Solaode first 1 and solaode second 2 are connected with controller first 7 by conductor wire 6, and controller first 7 is passed through
Conductor wire 6 is connected with header box 14, and solaode the third 8 and solaode fourth 9 pass through conductor wire 6 with controller second 13 even
Connect, controller second 13 is connected with header box 14 by conductor wire 6, header box 14 is connected with inverter 15 by conductor wire 6, inversion
Device 15 is connected with energy-storage battery 16, controlling switch 17 and electrical appliance 18 by conductor wire 6.
Solaode first 1 and solaode the third 8 is to be suitable for carrying out the monocrystal silicon of photovoltaic generation under sun exposure too
Sun can battery or polysilicon solar cell or perovskite solaode.
Solaode second 2 and solaode fourth 9 are the CIGSs being suitable for carrying out photovoltaic generation under moon light irradiation
Solaode or amorphous silicon thin-film solar cell.
The ground on the right side at photovoltaic power supply station arranges photovoltaic module bracing frame first, on the right side of photovoltaic module bracing frame first
Photosensitive automatic control turnover panel rotary apparatuss first is installed on the top of collateral strut, on the top of the Left-side support bar of photovoltaic module bracing frame first
Ball bearing first is installed, between photosensitive automatic control turnover panel rotary apparatuss first and ball bearing first, turnover panel circular shaft first is installed, is turning over
Back side solaode first glued together and solaode second, daytime, solaode first are installed on plate circular shaft first
Turnover panel circular shaft first overturns to surface upward when, its surface receives the irradiation of sunlight, absorbs related in sunlight
The light of wavelength carries out photovoltaic generation, the surface of the solaode second positioned at the back side of solaode first down, sunlight
Irradiate the solaode second less than the back side.At night, solaode second overturns in turnover panel circular shaft first to the direction of surface
Fang Shi, its surface receives the irradiation of moon light, and the light absorbing relevant wavelength in moon light carries out photovoltaic generation, positioned at solar energy
The surface of the solaode first at the back side of battery second down, the moon bright light exposure less than the back side solaode first, solar energy
The upper and lower position of battery first and solaode second with daytime and night change occur corresponding upper with the next right
Change.On the top of the Right side support bar of photovoltaic module bracing frame second, photosensitive automatic control turnover panel rotary apparatuss second is installed, in photovoltaic module
Ball bearing second is installed on the top of the Left-side support bar of bracing frame second, in photosensitive automatic control turnover panel rotary apparatuss second and ball bearing second
Between turnover panel circular shaft second is installed, back side solaode third glued together and solar energy are installed on turnover panel circular shaft second
Battery fourth, daytime, solaode third overturn in turnover panel circular shaft second to surface upward when, its surface receive sunlight
Irradiation, absorb the light of relevant wavelength in sunlight and carry out photovoltaic generation, positioned at the solar energy at the back side of solaode third
Down, less than the solaode fourth at the back side, night, solaode fourth is circular in turnover panel for sunlight on the surface of battery fourth
Overturn in axle second to surface upward when, its surface receive moon light irradiation, absorb moon light in relevant wavelength light
Carry out photovoltaic generation, the surface of the solaode third positioned at the back side of solaode fourth downward, the moon bright light exposure not
Solaode third to the back side.Existing photovoltaic power supply station, is only provided with the monocrystalline being suitable for producing electric current under sun exposure
Silicon solar cell or polysilicon solar cell, are fitted without being suitable for producing the CIGS sun of electric current under moon light irradiation
Energy battery or amorphous silicon thin-film solar cell, more do not overturn the device of solar panel, therefore, can only send out on daytime
Electricity, night can not generate electricity.Photovoltaic power supply station in this utility model, had both been provided with the sun producing electric current under suitable sun exposure
Can battery first and solaode third, be simultaneously installed with solaode second and the solar energy producing electric current under suitable moon light irradiation
Battery fourth, be more provided with can with the change of daylight and the intensity of illumination of moonlight, can be by photosensitive automatic control turnover panel rotating dress
Put first and photosensitive automatic control turnover panel rotary apparatuss second stirs the surface court of solaode first and solaode third respectively on daytime
To sunlight, the surface stirring solaode second and solaode fourth respectively at night carries out photovoltaic towards moon light and sends out
Electricity it is achieved that photovoltaic power supply station day and night, day and night generate electricity dream it is achieved that photovoltaic power supply station generates electricity daytime in a large number,
Night a small amount of preliminary aim generating electricity, with the scientific and technological progress about solaode, the generated energy at daytime and night can
Improve constantly.Jiangxi Province's Yichun City have simultaneously abundant sun light resources and moon light resources, need to combine tourism advertisement
The bright moon mountain breeze scenic spot of ' Moon culture ' is suitably to implement one of area of this patent.
Now enumerate embodiment as follows：
Embodiment one：
Photovoltaic module bracing frame first and photovoltaic module bracing frame second are respectively provided with the ground at photovoltaic power supply station, in photovoltaic
Monocrystaline silicon solar cell first, copper indium gallium selenium solar cell second, photosensitive automatic control turnover panel rotating dress are installed on modular support frame first
Put first, turnover panel circular shaft first, ball bearing first, conductor wire, monocrystaline silicon solar cell is installed on photovoltaic module bracing frame second
Thirdth, copper indium gallium selenium solar cell fourth, photosensitive automatic control turnover panel rotary apparatuss second, turnover panel circular shaft second, ball bearing second, conduction
The light that line, monocrystaline silicon solar cell first and monocrystaline silicon solar cell third are suitable for receiving relevant wavelength in daylight irradiates, produces
Raw electric current, copper indium gallium selenium solar cell second and copper indium gallium selenium solar cell fourth are suitable for receiving the light of relevant wavelength in moonlight
Irradiate, produce electric current, photosensitive automatic control turnover panel rotary apparatuss first and photosensitive automatic control turnover panel rotary apparatuss second overturn list respectively on daytime
The surface of crystal silicon solar batteries first and monocrystaline silicon solar cell third, towards sunlight, overturns CIGS too respectively at night
Sun can battery second and copper indium gallium selenium solar cell fourth surface towards moon light, it is achieved thereby that photovoltaic power supply station can be white
It generates electricity, and can generate electricity at night again, improves the land resource of photovoltaic power supply station occupancy and the utilization ratio of relevant device.
Embodiment two：
Photovoltaic module bracing frame first and photovoltaic module bracing frame second are respectively provided with the ground at photovoltaic power supply station, in photovoltaic
Polysilicon solar cell first, multi-crystal silicon film solar battery second, the rotation of photosensitive automatic control turnover panel are installed on modular support frame first
Device first, turnover panel circular shaft first, ball bearing first, conductor wire, installs polycrystalline silicon solar electricity in photovoltaic module bracing frame second
Pond third, amorphous silicon thin-film solar cell fourth, photosensitive automatic control turnover panel rotary apparatuss second, turnover panel circular shaft second, ball bearing second, lead
Electric wire, polysilicon solar cell first and non-crystal silicon solar cell third be suitable for receive daylight in relevant wavelength light irradiate,
Produce electric current, polysilicon solar cell second and amorphous silicon thin-film solar cell fourth are suitable for receiving the light of relevant wavelength in moonlight
Line irradiates, produces electric current, and photosensitive automatic control turnover panel rotary apparatuss first and photosensitive automatic control turnover panel rotary apparatuss second overturn respectively on daytime
The surface of polysilicon solar cell first and polysilicon solar cell third, towards sunlight, overturns non-crystalline silicon at night thin respectively
The surface of film solar cell second and amorphous silicon thin-film solar cell fourth is towards moon light, it is achieved thereby that photovoltaic power supply station was both
Can generate electricity on daytime, can generate electricity at night again, improve the land resource of photovoltaic power supply station occupancy and the utilization effect of relevant device
Rate.
Claims (3)
1. the turnover plate type daylight photovoltaic generation photovoltaic power supply station complementary with moonlight photovoltaic generation, is characterized in that, by solaode
First（1）, solaode second（2）, photosensitive automatic control turnover panel rotary apparatuss first（3）, ball bearing first（4）, photovoltaic module bracing frame
First（5）, conductor wire（6）, controller first（7）, solaode third（8）, solaode fourth（9）, the rotation of photosensitive automatic control turnover panel
Device second（10）, ball bearing second（11）, photovoltaic module bracing frame second（12）, controller second（13）, header box（14）, inverter
（15）, energy-storage battery（16）, controlling switch（17）, electrical appliance（18）Collectively constitute；
On the ground at photovoltaic power supply station, right-to-left side-by-side erects photovoltaic module bracing frame first（5）Support with photovoltaic module
Frame second（12）, in photovoltaic module bracing frame first（5）Right side support bar top install photosensitive automatic control turnover panel rotary apparatuss first
（3）, in photovoltaic module bracing frame first（5）Left-side support bar top install ball bearing first（4）, in the rotation of photosensitive automatic control turnover panel
Rotary device first（3）With ball bearing first（4）Between install turnover panel circular shaft first, in turnover panel circular shaft first install the back side be glued at
Solaode first together（1）With solaode second（2）, daytime, solaode first（1）Turnover panel circular shaft first is turned over
Go to surface upward when, its surface receive sunlight irradiation, positioned at solaode first（1）The back side solar-electricity
Chi Yi（2）Surface downward, sunlight is less than the solaode second at the back side（2）, night, solaode second
（2）Turnover panel circular shaft first overturns to surface upward when, its surface receive moon light irradiation, positioned at solaode
Second（2）The back side solaode first（1）Surface downward, the moon bright light exposure less than the back side solaode first
（1）, solaode first（1）With solaode second（2）Upper and lower position with daytime and night change occur corresponding
Upper Yu the next exchange, in solaode first（1）With solaode second（2）Lower section install controller first（7）, in light
Volt modular support frame second（12）Right side support bar top install photosensitive automatic control turnover panel rotary apparatuss second（10）, in photovoltaic module
Bracing frame second（12）Left-side support bar top install ball bearing second（11）, in photosensitive automatic control turnover panel rotary apparatuss second（10）
With ball bearing second（11）Between turnover panel circular shaft second is installed, the back side sun glued together is installed on turnover panel circular shaft second
Can battery third（8）With solaode fourth（9）, daytime, solaode third（8）Turnover panel circular shaft second overturns to surface court
When upward, its surface receives the irradiation of sunlight, positioned at solaode third（8）The back side solaode fourth（9）'s
Downward, sunlight is less than the solaode fourth at the back side on surface（9）, night, solaode fourth（9）In turnover panel circle
Overturn in shape axle second to surface upward when, its surface receive moon light irradiation, positioned at solaode fourth（9）The back side
Solaode third（8）Surface downward, the moon bright light exposure less than the back side solaode third（8）, solar-electricity
Pond third（8）With solaode fourth（9）Upper and lower position with daytime and night change occur corresponding upper and the next
Exchange, in solaode third（8）With solaode fourth（9）Lower section install controller second（13）, in controller first（7）With
Controller second（13）In the middle of install header box（14）, in header box（14）Lower section install inverter（15）, in photovoltaic power supply
The neighbouring installation energy-storage battery stood（16）, controlling switch（17）And electrical appliance（18）；
Solaode first（1）With solaode second（2）By conductor wire（6）With controller first（7）Connect, controller first
（7）By conductor wire（6）With header box（14）Connect, solaode third（8）With solaode fourth（9）By conductor wire
（6）With controller second（13）Connect, controller second（13）By conductor wire（6）With header box（14）Connect, header box（14）Logical
Cross conductor wire（6）With inverter（15）Connect, inverter（15）By conductor wire（6）With energy-storage battery（16）, controlling switch
（17）And electrical appliance（18）Connect.
2. the turnover plate type daylight photovoltaic generation according to claim 1 photovoltaic power supply station complementary with moonlight photovoltaic generation, its
Feature is, described solaode first（1）With solaode third（8）It is suitable for carrying out photovoltaic generation under sun exposure
Monocrystaline silicon solar cell or polysilicon solar cell or perovskite solaode.
3. the turnover plate type daylight photovoltaic generation according to claim 1 photovoltaic power supply station complementary with moonlight photovoltaic generation, its
Feature is, described solaode second（2）With solaode fourth（9）It is suitable for carrying out photovoltaic generation under moon light irradiation
Copper indium gallium selenium solar cell or amorphous silicon thin-film solar cell.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620840799.XU CN205945587U (en) | 2016-08-05 | 2016-08-05 | Board -like sunlight photovoltaic power generation and complemental photovoltaic power supply station of moonlight photovoltaic power generation turn over |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620840799.XU CN205945587U (en) | 2016-08-05 | 2016-08-05 | Board -like sunlight photovoltaic power generation and complemental photovoltaic power supply station of moonlight photovoltaic power generation turn over |
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| Publication Number | Publication Date |
|---|---|
| CN205945587U true CN205945587U (en) | 2017-02-08 |
Family
ID=57921610
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620840799.XU Withdrawn - After Issue CN205945587U (en) | 2016-08-05 | 2016-08-05 | Board -like sunlight photovoltaic power generation and complemental photovoltaic power supply station of moonlight photovoltaic power generation turn over |
Country Status (1)
| Country | Link |
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| CN (1) | CN205945587U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106301151A (en) * | 2016-08-05 | 2017-01-04 | 无锡同春新能源科技有限公司 | The photovoltaic power supply station that turnover plate type daylight photovoltaic generation is complementary with moonlight photovoltaic generation |
| CN108715137A (en) * | 2018-08-02 | 2018-10-30 | 阿基米德航天航空精密工业科技(深圳)有限公司 | The efficient dividing of environmentally protective energy of the sun moon luminous energy washes battery plate Foldable electric vehicle off |
-
2016
- 2016-08-05 CN CN201620840799.XU patent/CN205945587U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106301151A (en) * | 2016-08-05 | 2017-01-04 | 无锡同春新能源科技有限公司 | The photovoltaic power supply station that turnover plate type daylight photovoltaic generation is complementary with moonlight photovoltaic generation |
| CN106301151B (en) * | 2016-08-05 | 2018-05-11 | 无锡同春新能源科技有限公司 | Turnover plate type daylight photovoltaic generation and the photovoltaic power supply station of moonlight photovoltaic generation complementation |
| CN108715137A (en) * | 2018-08-02 | 2018-10-30 | 阿基米德航天航空精密工业科技(深圳)有限公司 | The efficient dividing of environmentally protective energy of the sun moon luminous energy washes battery plate Foldable electric vehicle off |
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