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- W3182321877 abstract "Hybrid photovoltaic thermal systems consisting of solar panels and solar thermal absorbers are generally used for improving the electrical and thermal efficiency of the photovoltaic panel by cooling. Thus, thermal energy produced can be used for other applications. Depending on solar insolation and location, building integrated photovoltaic (BIPV) systems are designed and developed to fulfill energy needs. This paper reviews the detailed study on the effect of the front surface, back surface and combined front and back surface cooling on the water-based photovoltaic systems. This paper also discusses different designs of solar thermal absorber collectors. The front surface cooling resolves two problems. Firstly, it significantly reduces the PV panel temperature by 22–27 °C depending on the cooling phenomena used and secondly, it cleans the PV panel, thereby increasing the optical efficiency. The PV panel temperature reduction (5–6 °C) in the water spraying cooling system is more than water flowing over the front surface. The photovoltaic thermal absorber collector system is the most economically viable system from the electrical and thermal energy generation perspectives. The evaporative cooling on the backside of PV panels using clay and cotton wick structure could be an effective solution for a standalone PV system. It is observed that dual cooling is suitable for PV panels cooling in a hot arid region but needs further investigation. Finally, the environmental impact and economic feasibility of water-based photovoltaic cooling systems are discussed." @default.
- W3182321877 created "2021-07-19" @default.
- W3182321877 creator A5006391077 @default.
- W3182321877 creator A5020200366 @default.
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- W3182321877 date "2021-08-01" @default.
- W3182321877 modified "2023-10-14" @default.
- W3182321877 title "Performance evaluation of PV panel surfaces exposed to hydraulic cooling – A review" @default.
- W3182321877 cites W1844944740 @default.
- W3182321877 cites W1900813554 @default.
- W3182321877 cites W1964055909 @default.
- W3182321877 cites W1967361495 @default.
- W3182321877 cites W1968089904 @default.
- W3182321877 cites W1970210731 @default.
- W3182321877 cites W1981202927 @default.
- W3182321877 cites W1982512878 @default.
- W3182321877 cites W1984534167 @default.
- W3182321877 cites W1984847712 @default.
- W3182321877 cites W1987013206 @default.
- W3182321877 cites W1990971173 @default.
- W3182321877 cites W1993069529 @default.
- W3182321877 cites W1994688525 @default.
- W3182321877 cites W1997460517 @default.
- W3182321877 cites W1998148287 @default.
- W3182321877 cites W1998741565 @default.
- W3182321877 cites W2012371706 @default.
- W3182321877 cites W2013972342 @default.
- W3182321877 cites W2021072420 @default.
- W3182321877 cites W2024385578 @default.
- W3182321877 cites W2025239795 @default.
- W3182321877 cites W2026907739 @default.
- W3182321877 cites W2031069384 @default.
- W3182321877 cites W2047543356 @default.
- W3182321877 cites W2053402556 @default.
- W3182321877 cites W2055866727 @default.
- W3182321877 cites W2057448914 @default.
- W3182321877 cites W2058745144 @default.
- W3182321877 cites W2058954309 @default.
- W3182321877 cites W2063559215 @default.
- W3182321877 cites W2067585670 @default.
- W3182321877 cites W2072365174 @default.
- W3182321877 cites W2073883230 @default.
- W3182321877 cites W2074134759 @default.
- W3182321877 cites W2092910536 @default.
- W3182321877 cites W2095471752 @default.
- W3182321877 cites W2115718177 @default.
- W3182321877 cites W2118843522 @default.
- W3182321877 cites W2119760459 @default.
- W3182321877 cites W2126224399 @default.
- W3182321877 cites W2130013597 @default.
- W3182321877 cites W2147655275 @default.
- W3182321877 cites W2152168857 @default.
- W3182321877 cites W2158829601 @default.
- W3182321877 cites W2190778401 @default.
- W3182321877 cites W2211636657 @default.
- W3182321877 cites W2233924160 @default.
- W3182321877 cites W2239056349 @default.
- W3182321877 cites W2258726595 @default.
- W3182321877 cites W2404034038 @default.
- W3182321877 cites W2464188510 @default.
- W3182321877 cites W2485022029 @default.
- W3182321877 cites W2518698611 @default.
- W3182321877 cites W2528199708 @default.
- W3182321877 cites W2558539156 @default.
- W3182321877 cites W2579988380 @default.
- W3182321877 cites W2603755806 @default.
- W3182321877 cites W2611340366 @default.
- W3182321877 cites W2746279705 @default.
- W3182321877 cites W2753439925 @default.
- W3182321877 cites W2760920844 @default.
- W3182321877 cites W2766670066 @default.
- W3182321877 cites W2767744313 @default.
- W3182321877 cites W2892199724 @default.
- W3182321877 cites W2896836227 @default.
- W3182321877 cites W2899758031 @default.
- W3182321877 cites W2900935480 @default.
- W3182321877 cites W2900979328 @default.
- W3182321877 cites W2914392439 @default.
- W3182321877 cites W2935916527 @default.
- W3182321877 cites W2943900258 @default.
- W3182321877 cites W2971059715 @default.
- W3182321877 cites W2971413548 @default.
- W3182321877 cites W3086039200 @default.
- W3182321877 cites W3108962239 @default.
- W3182321877 cites W3128391077 @default.
- W3182321877 cites W882632956 @default.
- W3182321877 doi "https://doi.org/10.1016/j.solener.2021.06.083" @default.
- W3182321877 hasPublicationYear "2021" @default.
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