TWI708401B - Power generation system of light-transmitting solar photovoltaic panel - Google Patents

Power generation system of light-transmitting solar photovoltaic panel Download PDF

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TWI708401B
TWI708401B TW108122119A TW108122119A TWI708401B TW I708401 B TWI708401 B TW I708401B TW 108122119 A TW108122119 A TW 108122119A TW 108122119 A TW108122119 A TW 108122119A TW I708401 B TWI708401 B TW I708401B
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light
transmitting
power generation
photovoltaic panel
area
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TW202101777A (en
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管傑雄
簡燦男
劉澤洋
黃宣翰
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賀毅科技股份有限公司
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/50Photovoltaic [PV] energy

Abstract

一種透光性太陽能光電板的發電系統,主要係在農作物種植區上搭設一架體,以及在架體上組合設有一複數透光性太陽能發電單元,其每一單元的側邊設有太陽能電池,而中間為透光部至少具有一第一透光區的TLSC有機鹽透光聚能器、及一第二透光區的Quantum Dot量子點透光聚能器,組合應用時除了透光性佳讓植物可充分接受陽光照射,有效進行光合作用製造養分促進生長,又可避免農作物受到UV紫外線光照傷害而老化,同時並能橫向收集光能供給太陽能電池發電,形成一個即可利於種植作物生長又可供太陽能發電的雙種發電系統。 A power generation system of light-transmitting solar photovoltaic panels, which is mainly to set up a frame on the crop planting area, and combine a plurality of light-transmitting solar power generation units on the frame, and each unit is provided with a solar cell on the side , And in the middle is a TLSC organic salt light-transmitting concentrator with at least a first light-transmitting area in the light-transmitting part, and a Quantum Dot quantum dot light-transmitting concentrator with a second light-transmitting area. Jia let plants fully receive sunlight, effectively carry out photosynthesis to produce nutrients to promote growth, and can prevent crops from being damaged by UV rays and aging. At the same time, they can collect light energy horizontally and supply solar cells to generate electricity, forming one that is beneficial to planting crops. It is also a dual power generation system for solar power generation.

Description

一種透光性太陽能光電板的發電系統 Power generation system of light-transmitting solar photovoltaic panel
本發明係有關太陽能發電的技術領域,尤指一種透光性太陽能光電板的發電系統。 The invention relates to the technical field of solar power generation, in particular to a power generation system of light-transmitting solar photovoltaic panels.
太陽能發電是一種乾淨的綠色能源,主要利用太陽能板接收陽光進行光電轉換來發電,可減少燃媒或天然氣火力發電排放二氧化碳對環境造成的破壞,是未來取代傳統火力發電及核能發電的重要綠能之一。 Solar power is a clean and green energy. It mainly uses solar panels to receive sunlight for photoelectric conversion to generate electricity. It can reduce the damage to the environment caused by carbon dioxide emissions from coal or natural gas thermal power generation. It is an important green energy to replace traditional thermal power and nuclear power in the future. one.
近年來政府致力推廣太陽能發電,興起了在農地或養殖魚池上架設太陽能棚架,使得農地或養殖魚池兼具有生產綠電功能,以提高土地利用價值。 In recent years, the government has been committed to promoting solar power generation, and it has risen to erect solar scaffolds on farmland or fish ponds, so that farmland or fish ponds have the function of producing green electricity to increase the value of land use.
但傳統的太陽能板不透光、體積碩大又笨重,為了達到所要的發電經濟規模。農地上必須大面積搭設棚架覆蓋,導致底下陰影處無法受到正常陽光照射,容易影響到農作物的正常生長。相同的,養殖池上的太陽能棚架也會將陽光完全遮住,導致日照不足影響養殖池正常生態而無法適合養殖,為其主要缺點。 However, traditional solar panels are opaque, large and heavy, in order to achieve the required economic scale of power generation. Large areas of farmland must be covered by scaffolds, which will prevent the shadows from receiving normal sunlight and easily affect the normal growth of crops. Similarly, the solar scaffolds on the breeding ponds will also completely shield the sun, resulting in insufficient sunshine, which affects the normal ecology of the breeding ponds and is not suitable for breeding, which is its main disadvantage.
有鑑於此,本發明之主要目的,在提供一種透光性太陽能光電板的發電系統,包括:一複數透光性太陽能發電單元,以及一架體用以承裝舖設該複數透光性太陽能發電單元,其中 該每一太陽能發電單元的側邊設有太陽能電池,而中間為透光部至少具有一第一透光區,及一第二透光區,分別由兩種不同透光聚能設備所構成,譬如:TLSC(Transparent Luminescent Solar Concentra tor)有機鹽透光聚能器及QD(Quantum Dot)量子點透光聚能器所構成,且該每一透光性太陽能發電單元上的該第一透光區與該第二透光區呈並列而設,但實際種類及分佈方式並不以此為限; 與現有習知技術相較,本發明可讓組成的複數透光性太陽能發電單元覆蓋面積底下可充份接受到陽光照射,同時並能橫向收集光能供給太陽能電池發電,應用範圍大可設置在漁牧業養殖場、農業耕地、埤塘、濕地、集水區、露天游泳池、花園、菜圃、陽台上等。 In view of this, the main purpose of the present invention is to provide a light-transmitting solar photovoltaic panel power generation system, including: a plurality of light-transmitting solar power generation units, and a frame for supporting and laying the plurality of light-transmitting solar power generation units Unit, where The side of each solar power generation unit is provided with solar cells, and the light-transmitting part in the middle has at least a first light-transmitting area and a second light-transmitting area, which are respectively composed of two different light-transmitting energy-concentrating devices, For example: TLSC (Transparent Luminescent Solar Concentra tor) organic salt light-transmitting energy concentrator and QD (Quantum Dot) quantum dot light-transmitting energy concentrator, and the first light transmission on each light-transmitting solar power unit The area and the second light-transmitting area are arranged side by side, but the actual type and distribution method are not limited to this; Compared with the prior art, the present invention can make the covered area of the plural light-transmitting solar power generation units fully receive the sunlight, and can also collect the light energy horizontally and supply the solar cells for power generation. The application range can be set in Fishery and animal husbandry farms, agricultural farmland, ponds, wetlands, catchment areas, open-air swimming pools, gardens, vegetable gardens, balconies, etc.
尤其特別適合應用在種植農作物上可建構成雙種發電系統,除了讓植物可充分接受陽光照射,有效進行光合作用製造養分促進生長,又可避免農作物受到UV紫外線光照傷害而老化,同時並能橫向收集光能供給太陽能電池發電,形成一個即可利於種植作物生長又可供太陽能發電的雙種發電系統。 Especially suitable for application on crops. It can be built into a dual-type power generation system. In addition to allowing plants to fully receive sunlight, photosynthesis can effectively produce nutrients to promote growth, and it can also prevent crops from aging due to UV rays. Collect light energy and supply solar cells to generate electricity, forming a dual-type power generation system that is beneficial to the growth of crops and can be used for solar power generation.
1:透光性太陽能發電單元 1: Translucent solar power unit
11:太陽能電池 11: Solar cell
12:透光部 12: Translucent part
13:相位延遲片 13: Phase retarder
14:水隔熱層 14: Water insulation layer
15:離子水隔熱層 15: Ionized water insulation layer
100:透光性太陽能光電板的發電系統 100: Power generation system of light-transmitting solar photovoltaic panels
121:第一透光區 121: first light transmission area
122:第二透光區 122: second light transmission zone
2:架體 2: frame
3:電力集收設備 3: Power collection equipment
41:燈光照明系統 41: Lighting system
42:灑水系統 42: Sprinkler system
43:物聯網自動化控制系統 43: Internet of Things Automation Control System
51:充電椿 51: Charging Chunk
52:車庫 52: garage
第1圖 本發明透光性太陽能發電單元的平面圖。 Figure 1 is a plan view of the light-transmitting solar power generation unit of the present invention.
第2圖 本發明透光性太陽能發電單元的應用示意圖。 Figure 2 A schematic diagram of the application of the transparent solar power generation unit of the present invention.
第3圖 本發明平舖式雙種發電系統圖。 Figure 3 A diagram of the tiled dual power generation system of the present invention.
第4A圖、第4B圖、第4C圖為不同形式透光性太陽能發電單元的剖示圖。 Figures 4A, 4B, and 4C are cross-sectional views of different forms of light-transmitting solar power generation units.
第5圖 本發明斜舖式雙種發電系統圖。 Figure 5 A diagram of the diagonally laid double-type power generation system of the present invention.
第6圖 本發明多脊式雙種發電系統圖。 Figure 6 A diagram of the multi-ridge dual-type power generation system of the present invention.
第7圖 本發明雙種發電系統的應用示意圖。 Figure 7 The application diagram of the dual power generation system of the present invention.
為方便對本發明之結構設計、系統組成、應用功能特徵及其功效,做更進一步之介紹與揭露,茲舉實施例配合圖式,詳細說明如下:請參閱第1圖至第3圖所示,本發明為一種透光性太陽能光電板的發電系統100,主要包括: 一複數透光性太陽能發電單元1,其中該每一透光性太陽能發電單元1的側邊設有太陽能電池11,而中間為透光部12至少具有一第一透光區121的TLSC有機鹽透光聚能器,及一第二透光區122的Quantum Dot量子點透光聚能器,但實際種類並不以此為限;其中該每一透光性太陽能發電單元1上的第一透光區121與該第二透光區122呈並列而設,該第一透光區121與第二透光區122可為等比例設置或非等比例設置。 In order to facilitate the further introduction and disclosure of the structural design, system composition, application functional characteristics and effects of the present invention, the embodiments are combined with the diagrams, and the detailed description is as follows: Please refer to Figures 1 to 3. The present invention is a light-transmitting solar photovoltaic panel power generation system 100, which mainly includes: A plurality of light-transmitting solar power generation units 1, wherein the side of each light-transmitting solar power generation unit 1 is provided with a solar cell 11, and the light-transmitting part 12 in the middle is a TLSC organic salt with at least a first light-transmitting area 121 Light-transmitting concentrator, and a Quantum Dot quantum dot light-transmitting concentrator in the second light-transmitting zone 122, but the actual type is not limited to this; wherein the first one on each light-transmitting solar power unit 1 The light transmission area 121 and the second light transmission area 122 are arranged side by side, and the first light transmission area 121 and the second light transmission area 122 may be arranged in equal proportions or non-equal proportions.
較佳實施,其中該透光性太陽能發電單元1上的第一透光區121具體結構是由兩片玻璃中間加入有機鹽染料溶液的薄袋所構成,第二透光區122是由兩片玻璃中間設有半導體奈米材料量子點的薄袋所構成,特殊的設計使該第一透光區121可吸收UV紫外線,其透光的頻率界在420 nm至600nm,而該第二透光區122可吸收UV紫外線,其透光的頻率界在650nm至800nm,但實際並不以此為限。該透光性太陽能發電單元1其第一透光區121、第二透光區122的透光頻率,可依農作物種類或應用區域的需求不同,再對其組成配方或分佈方式做最佳的客制調整。 In a preferred implementation, the specific structure of the first light-transmitting area 121 on the light-transmitting solar power generation unit 1 is composed of a thin bag with an organic salt dye solution added between two pieces of glass, and the second light-transmitting area 122 is composed of two pieces of glass. The glass is composed of a thin bag of semiconductor nanomaterial quantum dots. The special design enables the first light-transmitting area 121 to absorb UV ultraviolet rays, and the frequency of its light transmission is 420 The second light transmission area 122 can absorb UV ultraviolet rays, and the frequency range of the light transmission is 650 nm to 800 nm, but it is not limited to this in practice. The light transmission frequency of the first light transmission area 121 and the second light transmission area 122 of the light-transmitting solar power unit 1 can be different according to the needs of the crop types or application areas, and the composition formula or distribution method can be optimized Custom adjustment.
藉此,利用透光性太陽能發電單元1的第一透光區121及第二透光區122,使其覆蓋面積底下可接受陽光穿透照射,同時並能橫向收集光能提供給側邊所設的太陽能電池11發電,應用範圍大可方便組裝舖設在架體2上,覆蓋設置在漁牧業養殖場、農業耕地、埤塘、濕地、集水區、露天游泳池、花園、菜圃、陽台等其中一種區域上,但實際設置區域並不以此為限。 Thereby, the first light-transmitting area 121 and the second light-transmitting area 122 of the light-transmitting solar power generation unit 1 are used to make the under-covered area receive sunlight penetration and at the same time collect light energy laterally and provide it to the side The installed solar cell 11 generates power and has a wide range of applications. It can be easily assembled and laid on the frame 2 to cover fishery and animal husbandry farms, agricultural farmland, ponds, wetlands, catchment areas, open-air swimming pools, gardens, vegetable gardens, and balconies. Wait for one of the areas, but the actual setting area is not limited to this.
較佳實施,如第3圖所示,為本發明的具體應用一種透光性太陽能光電板的發電系統100,尤其特別適合應用在種植農作物上可建構成一先進特殊的雙種發電系統,其主要包括: 一複數透光性太陽能發電單元1,其中該每一透光性太陽能發電單元1的側邊設有太陽能電池11,而中間為透光部12至少具有一第一透光區121的TLSC有機鹽透光聚能器,及一第二透光區122的Quantum Dot量子點透光聚能器,但實際種類並不以此為限,以及; 一架體2,用以承裝舖設該複數透光性太陽能發電單元1,利用該透光性太陽能發電單元1的第一透光區121及第二透光區122,使其覆蓋面積底下可接受陽光穿透照射,同時並能橫向收集光能提供給側邊所設的太陽能電池11發電。 The preferred implementation, as shown in Figure 3, is the specific application of a light-transmitting solar photovoltaic panel power generation system 100 of the present invention, which is particularly suitable for application on crops and can be constructed to form an advanced and special dual-type power generation system. mainly includes: A plurality of light-transmitting solar power generation units 1, wherein the side of each light-transmitting solar power generation unit 1 is provided with a solar cell 11, and the light-transmitting part 12 in the middle is a TLSC organic salt with at least a first light-transmitting area 121 Light-transmitting concentrator, and a Quantum Dot quantum dot light-transmitting concentrator in the second light-transmitting zone 122, but the actual type is not limited to this, and; A frame 2 is used to support and lay the plurality of light-transmitting solar power generation units 1. The first light-transmitting area 121 and the second light-transmitting area 122 of the light-transmitting solar power unit 1 are used to make the coverage area under Receiving sunlight penetrating and irradiating, at the same time, it can collect light energy laterally and provide it to the solar cell 11 on the side to generate electricity.
較佳實施,如第3圖至第6圖所示,其中該架體2上所設之該複數透光性太陽能發電單元1為平舖式、斜舖式、及多脊式等其中之一種,但實際設置方式並不以此為限。 Preferably, as shown in Figs. 3 to 6, the plurality of light-transmitting solar power generation units 1 provided on the frame 2 is one of a flat, diagonal, and multi-ridge type. , But the actual setting method is not limited to this.
較佳實施,如第4A圖、第4B圖所示,其中該每一透光性太陽能發電單元1底下可進一步加設有一相位延遲片13(retarder);甚至在該每一透光性太陽能發電單元1與該相位延遲片13之間進一步加設有一水隔熱層14,如此利用相位延遲片13可過濾紫外線減少植物受到紫外線的侵襲,而上方利用水隔熱層14可提供降溫保護,使相位延遲片13的使用壽命可有效增長;或是如第4C圖所示,在該每一透光性太陽能發電單元1底下直接加設有一離子水隔熱層15,相同亦可達到過濾紫外線及降溫的效果。 Preferably, as shown in Figs. 4A and 4B, a phase retarder 13 can be further provided under each light-transmitting solar power generation unit 1; even in each light-transmitting solar power generation unit 1 A water heat insulation layer 14 is further added between the unit 1 and the phase retarder 13, so that the phase retarder 13 can filter ultraviolet rays to reduce the invasion of plants by ultraviolet rays, and the water heat insulation layer 14 above can provide cooling protection, so that The service life of the phase retarder 13 can be effectively increased; or as shown in Figure 4C, an ionized water heat insulation layer 15 is directly added under each light-transmitting solar power unit 1, which can also achieve the same effect of filtering ultraviolet rays and Cooling effect.
較佳實施,如第5圖所示,其中該架體2邊上可設有一電力集收設備3,將複數透光性太陽能發電單元1所產生的電匯整集收並提供穩壓輸出。 In a preferred implementation, as shown in Figure 5, a power collection device 3 can be provided on the side of the frame 2 to collect the power generated by the plurality of light-transmitting solar power generation units 1 and provide a stable output.
與現有習知技術相較,如第2圖、第3圖所示,本發明系統有效結合應用於種植農作物上,除了可讓植物充分接受陽光照射,正常進行光合作用製造養分促進生長,又可避免農作物受到UV紫外線光照傷害而老化,同時並能橫向收集光能供給太陽能電池11發電,形成一個即可利於種植作物生長又可供太陽能發電的雙種發電系統。 Compared with the prior art, as shown in Figures 2 and 3, the system of the present invention is effectively combined and applied to planting crops. In addition to allowing plants to fully receive sunlight, normal photosynthesis can produce nutrients to promote growth, and can It can prevent crops from being damaged by UV rays and aging, and at the same time, it can collect light energy horizontally and supply the solar cell 11 to generate electricity, forming a dual-type power generation system that is beneficial to the growth of crops and can be used for solar power generation.
較佳實施,如第7圖所示,其中該電力集收設備3可進一步自給自足供電連接而設有一燈光照明系統41或一灑水系統42,以配置在該 複數透光性太陽能發電單元1所覆蓋的面積底下。除此,也可進一步供電連接而設有一物聯網自動化控制系統43以供做智能農業科技管理。 In a preferred implementation, as shown in Figure 7, the power collection equipment 3 can be further connected to self-sufficient power supply and provided with a lighting system 41 or a sprinkler system 42 to be configured in the The area covered by the plurality of light-transmitting solar power generation units 1 is below. In addition, it can also be further connected with power supply to provide an IoT automation control system 43 for intelligent agricultural technology management.
較佳實施,其中該電力集收設備3甚至進一步供電連接而設有一充電椿51,該充電椿51可對應設在一車庫52內,以供電動車充電專屬專用,以確保電動車充電時不會影響到一般家庭的正常供電。 In a preferred implementation, the power collection device 3 is even further connected with power supply and is provided with a charging peg 51. The charging peg 51 can be correspondingly installed in a garage 52 for exclusive use of electric vehicle charging to ensure that the electric vehicle is not charged. It will affect the normal power supply of ordinary households.
綜上所述,本發明的確可達成前述目的,實已符合專利法之規定,爰依法提出專利申請。惟以上所述者,僅為本發明之較佳實施例而已,當不能以此限定本發明實施之範圍;故,凡依本發明申請專利範圍及專利說明書內容所作簡單的等效變化與修飾,皆應屬本發明專利涵蓋之範圍內。 In summary, the present invention can indeed achieve the aforementioned objectives, and it has actually complied with the provisions of the Patent Law, so a patent application was filed in accordance with the law. However, the above are only preferred embodiments of the present invention, and should not be used to limit the scope of implementation of the present invention; therefore, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification, All should fall within the scope of the invention patent.
1:透光性太陽能發電單元 1: Translucent solar power unit
11:太陽能電池 11: Solar cell
12:透光部 12: Translucent part
100:透光性太陽能光電板的發電系統 100: Power generation system of light-transmitting solar photovoltaic panels
121:第一透光區 121: first light transmission area
122:第二透光區 122: second light transmission zone
2:架體 2: frame

Claims (13)

  1. 一種透光性太陽能光電板的發電系統,主要包括:一複數透光性太陽能發電單元,其中該每一透光性太陽能發電單元的側邊設有太陽能電池,而中間為透光部至少具有一第一透光區的TLSC有機鹽透光聚能器,由兩片玻璃中間加入有機鹽染料溶液的薄袋所構成,及一第二透光區的Quantum Dot量子點透光聚能器,由兩片玻璃中間設有半導體奈米材料量子點的薄袋所構成,該每一透光性太陽能發電單元上的該第一透光區與該第二透光區呈並列而設,該第一透光區可吸收UV紫外線,透光的頻率界在420nm至600nm,該第二透光區可吸收UV紫外線,其透光的頻率界在650nm至800nm,以及;一架體,用以承裝舖設該複數透光性太陽能發電單元,利用該每一透光性太陽能發電單元的該第一透光區及該第二透光區,使其覆蓋面積底下可接受陽光穿透照射,同時並能橫向收集光能提供給側邊所設的太陽能電池發電。 A power generation system for light-transmitting solar photovoltaic panels mainly includes: a plurality of light-transmitting solar power generation units, wherein each light-transmitting solar power generation unit is provided with a solar cell on the side, and the light-transmitting part has at least one The TLSC organic salt light-transmitting concentrator in the first light-transmitting zone is composed of a thin bag with an organic salt dye solution in the middle of two pieces of glass, and a Quantum Dot quantum dot light-transmitting concentrator in the second light-transmitting zone. A thin bag of semiconductor nanomaterial quantum dots is arranged between the two pieces of glass. The first light-transmitting area and the second light-transmitting area on each light-transmitting solar power unit are arranged side by side, and the first The light-transmitting area can absorb UV ultraviolet rays, and the frequency range of light transmission is between 420nm and 600nm, and the second light-transmitting area can absorb UV ultraviolet rays, and the frequency range of its light transmission is between 650nm and 800nm, and; a frame body for holding Laying the plurality of light-transmitting solar power generation units, using the first light-transmitting area and the second light-transmitting area of each light-transmitting solar power unit, so that the undercover area of the solar power generation unit can be penetrated by sunlight and can The horizontally collected light energy is provided to the solar cells on the side to generate electricity.
  2. 如請求項1所述的一種透光性太陽能光電板的發電系統,其中該每一透光性太陽能光電板的該第一透光區與該第二透光區為等比例設置或非等比例設置。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 1, wherein the first light-transmitting area and the second light-transmitting area of each light-transmitting solar photovoltaic panel are arranged in equal proportions or non-equal proportions Set up.
  3. 如請求項1所述的一種透光性太陽能光電板的發電系統,其中該架體上所設之該複數透光性太陽能發電單元為平舖式、斜舖式、及多脊式其中之一種。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 1, wherein the plurality of light-transmitting solar power generation units provided on the frame are one of a flat, diagonal, and multi-ridge type .
  4. 如請求項1所述的一種透光性太陽能光電板的發電系統,其中該每一透光性太陽能發電單元底下進一步設有一離子水隔熱層。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 1, wherein an ionized water heat insulation layer is further provided under each light-transmitting solar power generation unit.
  5. 如請求項1所述的一種透光性太陽能光電板的發電系統,其中該每一透光性太陽能發電單元底下進一步設有一相位延遲片。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 1, wherein a phase retarder is further provided under each light-transmitting solar power unit.
  6. 如請求項5所述的一種透光性太陽能光電板的發電系統,其中該每一透光性太陽能發電單元與該相位延遲片之間進一步設有一水隔熱層。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 5, wherein a water heat insulation layer is further provided between each light-transmitting solar power generation unit and the phase retarder.
  7. 如請求項1所述的一種透光性太陽能光電板的發電系統,其中該架體設置在漁牧業養殖場、農業耕地、埤塘、濕地、集水區、花園、菜圃、及陽台其中一種區域上。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 1, wherein the frame is installed in fishery and animal husbandry farms, agricultural arable land, ponds, wetlands, catchment areas, gardens, vegetable gardens, and balconies. One kind of area.
  8. 如請求項7所述的一種透光性太陽能光電板的發電系統,其中該架體邊上設有一電力集收設備,以收集該複數透光性太陽能發電單元所產生的電並提供穩壓輸出。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 7, wherein a power collection device is provided on the side of the frame to collect electricity generated by the plurality of light-transmitting solar power generation units and provide a stable output .
  9. 如請求項8所述的一種透光性太陽能光電板的發電系統,其中該電力集收設備進一步供電連接而設有一燈光照明系統,以配置在該複數透光性太陽能發電單元所覆蓋的面積底下。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 8, wherein the power collection device is further connected with power supply and provided with a lighting system to be arranged under the area covered by the plurality of light-transmitting solar power generation units .
  10. 如請求項8所述的一種透光性太陽能光電板的發電系統,其中該電力集收設備進一步供電連接而設有一灑水系統,以配置在該複數透光性太陽能發電單元所覆蓋的面積底下。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 8, wherein the power collection device is further connected with power supply and is provided with a sprinkler system to be arranged under the area covered by the plurality of light-transmitting solar power generation units .
  11. 如請求項8所述的一種透光性太陽能光電板的發電系統,其中該電力集收設備進一步供電連接而設有一物聯網自動化控制系統。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 8, wherein the power collection equipment is further connected with power supply to provide an IoT automation control system.
  12. 如請求項11所述的一種透光性太陽能光電板的發電系統,其中該電力集收設備進一步供電連接而設有一充電椿。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 11, wherein the power collection device is further connected with power supply and provided with a charging stub.
  13. 如請求項12所述的一種透光性太陽能光電板的發電系統,其中該電力集收設備及該充電椿進一步對應設在一車庫內。 The power generation system of a light-transmitting solar photovoltaic panel according to claim 12, wherein the power collection equipment and the charging stub are further correspondingly installed in a garage.
TW108122119A 2019-06-25 2019-06-25 Power generation system of light-transmitting solar photovoltaic panel TWI708401B (en)

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TW201034562A (en) * 2009-03-18 2010-10-01 Lite On Technology Corp Photovoltaic greenhouse structure
TW201421722A (en) * 2012-11-30 2014-06-01 Univ Nat Chiao Tung Solar cell module and method of forming the same
CN105073947A (en) * 2013-03-26 2015-11-18 日东电工株式会社 Wavelength conversion films with multiple photostable organic chromophores

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TW201034562A (en) * 2009-03-18 2010-10-01 Lite On Technology Corp Photovoltaic greenhouse structure
TW201421722A (en) * 2012-11-30 2014-06-01 Univ Nat Chiao Tung Solar cell module and method of forming the same
CN105073947A (en) * 2013-03-26 2015-11-18 日东电工株式会社 Wavelength conversion films with multiple photostable organic chromophores

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