Matches in SemOpenAlex for { <https://semopenalex.org/work/W2010305856> ?p ?o ?g. }
- W2010305856 endingPage "161" @default.
- W2010305856 startingPage "143" @default.
- W2010305856 abstract "The impact of global warming and an increase in the indoor cooling equipments using energy sources other than conventional energy have become very attractive because they can reduce consumption of fossil fuels as well as harmful emissions in to the environment. The solar energy is one of the readily available forms of renewable energy which can be used to operate the cooling equipments depending on the geographical location of the area where solar cooling system needs to be installed. The effectiveness of solar cooling also needs to be evaluated based on various performance indicating parameters. However, different types of solar collectors also need to be evaluated in order to find out their feasibility for cooling applications. Thus in this article review of different types of solar cooling technologies have been carried out. The study reveals that evacuated tube collectors are best option for solar cooling where as desiccant cooling helps in improving the indoor air quality. Also, thermal energy storage and ejector based solar cooling efficiently improves the performance besides energy saving." @default.
- W2010305856 created "2016-06-24" @default.
- W2010305856 creator A5076314104 @default.
- W2010305856 creator A5079000030 @default.
- W2010305856 creator A5086192896 @default.
- W2010305856 date "2015-01-01" @default.
- W2010305856 modified "2023-09-27" @default.
- W2010305856 title "Solar cooling systems for climate change mitigation: A review" @default.
- W2010305856 cites W1963937657 @default.
- W2010305856 cites W1964450531 @default.
- W2010305856 cites W1964909916 @default.
- W2010305856 cites W1965600232 @default.
- W2010305856 cites W1966641320 @default.
- W2010305856 cites W1966844954 @default.
- W2010305856 cites W1969687101 @default.
- W2010305856 cites W1973985081 @default.
- W2010305856 cites W1974121491 @default.
- W2010305856 cites W1975239362 @default.
- W2010305856 cites W1976195910 @default.
- W2010305856 cites W1976304716 @default.
- W2010305856 cites W1977018117 @default.
- W2010305856 cites W1977903720 @default.
- W2010305856 cites W1978683731 @default.
- W2010305856 cites W1979159329 @default.
- W2010305856 cites W1982525230 @default.
- W2010305856 cites W1982990070 @default.
- W2010305856 cites W1986282751 @default.
- W2010305856 cites W1987395238 @default.
- W2010305856 cites W1988599314 @default.
- W2010305856 cites W1989090381 @default.
- W2010305856 cites W1989603964 @default.
- W2010305856 cites W1993399181 @default.
- W2010305856 cites W1995788281 @default.
- W2010305856 cites W1997808486 @default.
- W2010305856 cites W1999629699 @default.
- W2010305856 cites W2006133431 @default.
- W2010305856 cites W2006673997 @default.
- W2010305856 cites W2007200976 @default.
- W2010305856 cites W2009683532 @default.
- W2010305856 cites W2010892730 @default.
- W2010305856 cites W2012173082 @default.
- W2010305856 cites W2013822891 @default.
- W2010305856 cites W2019252679 @default.
- W2010305856 cites W2023502827 @default.
- W2010305856 cites W2023913253 @default.
- W2010305856 cites W2025431923 @default.
- W2010305856 cites W2027420923 @default.
- W2010305856 cites W2027957155 @default.
- W2010305856 cites W2028583801 @default.
- W2010305856 cites W2032399386 @default.
- W2010305856 cites W2033637105 @default.
- W2010305856 cites W2033666655 @default.
- W2010305856 cites W2035917607 @default.
- W2010305856 cites W2041191137 @default.
- W2010305856 cites W2042657650 @default.
- W2010305856 cites W2043264300 @default.
- W2010305856 cites W2043350500 @default.
- W2010305856 cites W2047659303 @default.
- W2010305856 cites W2048201553 @default.
- W2010305856 cites W2048506963 @default.
- W2010305856 cites W2049655236 @default.
- W2010305856 cites W2056712484 @default.
- W2010305856 cites W2061628763 @default.
- W2010305856 cites W2065192351 @default.
- W2010305856 cites W2068127259 @default.
- W2010305856 cites W2073821362 @default.
- W2010305856 cites W2074740756 @default.
- W2010305856 cites W2075869621 @default.
- W2010305856 cites W2076725938 @default.
- W2010305856 cites W2078539743 @default.
- W2010305856 cites W2080085809 @default.
- W2010305856 cites W2083199088 @default.
- W2010305856 cites W2083809048 @default.
- W2010305856 cites W2086246468 @default.
- W2010305856 cites W2086493761 @default.
- W2010305856 cites W2089502499 @default.
- W2010305856 cites W2089674279 @default.
- W2010305856 cites W2089770187 @default.
- W2010305856 cites W2091831576 @default.
- W2010305856 cites W2092173707 @default.
- W2010305856 cites W2111537284 @default.
- W2010305856 cites W2111638454 @default.
- W2010305856 cites W2115574974 @default.
- W2010305856 cites W2117257674 @default.
- W2010305856 cites W2125552025 @default.
- W2010305856 cites W2140023507 @default.
- W2010305856 cites W2144005928 @default.
- W2010305856 cites W2148448517 @default.
- W2010305856 cites W4249529076 @default.
- W2010305856 cites W2130481245 @default.
- W2010305856 doi "https://doi.org/10.1016/j.rser.2014.08.042" @default.
- W2010305856 hasPublicationYear "2015" @default.
- W2010305856 type Work @default.
- W2010305856 sameAs 2010305856 @default.
- W2010305856 citedByCount "47" @default.
- W2010305856 countsByYear W20103058562015 @default.
- W2010305856 countsByYear W20103058562016 @default.
- W2010305856 countsByYear W20103058562017 @default.