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• W3048584518 endingPage "123549" @default.
• W3048584518 startingPage "123549" @default.
• W3048584518 abstract "The use of renewable energy systems for domestic and industrial sectors is growing at a rapid rate due to the increase in population and due to the restrictions set by governments worldwide in decreasing the green gas emissions. Among one of the most popular renewable energy resources is solar energy which can be applied easily for domestic use such as space cooling and district heating. Moreover, it can be applied to produce fresh water and drying technology, electricity production. In this work, applications of low-temperature solar collectors are presented and discussed in detail. Different applications of flat plate collectors, photovoltaic ( PV ) solar cells, parabolic trough collectors ( PTC ), and evacuated tube collectors ( ETC ) are used to drive desalination plants for freshwater production, heat pumps for residential buildings heating, absorption chillers for space cooling and providing houses with electricity. Cooling methods of PV cells are discussed using different techniques such as phase change material, forced air and water flows to keep the PV cells operating efficiently. The progress of using low-temperature solar collectors in Europe, North America, Asia, Africa, and Australia is presented and discussed. Review of energy and exergy analyses for the applications of solar collectors are demonstrated to determine the performance characteristics of solar systems. Moreover, an economic assessment is conducted to find out the feasibility of solar systems applications from an economic viewpoint. Finally, the International Energy Agency ( IEA ) vision and prospects for solar energy applications are presented. This study will serve as guidelines for engineers who are involved in solar energy to help them in finding the most suitable applications of low-temperature solar collectors. • Water PVT has better overall performance than air PVT. • PV cooling is a crucial factor in improving the PV performance. • Solar-driven absorption chillers are more economical than the conventional vapor compression machine. • Use of nanofluids in solar systems proved to have an advantageous impact on overall efficiency. • Using PCM can decrease thermal losses and energy payback period." @default.
• W3048584518 created "2020-08-18" @default.
• W3048584518 creator A5014705617 @default.
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• W3048584518 creator A5048201344 @default.
• W3048584518 creator A5055766138 @default.
• W3048584518 creator A5082148396 @default.
• W3048584518 date "2021-01-01" @default.
• W3048584518 modified "2023-10-16" @default.
• W3048584518 title "Recent residential applications of low-temperature solar collector" @default.
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