Theoretical and experimental analyses of solar-thermoelectric liquid-chiller system
作者： Yazeed Alomair , Muath Alomair , Shohel Mahmud , Hussein A. Abdullah
DOI: 10.1016/J.IJREFRIG.2015.01.003
关键词:
摘要: Abstract A solar-thermoelectric liquid chiller (STLC) system is constructed and characterized using both theoretical experimental analyses. cold-plate (plate tube type) heat exchanger, attached to the cold side of STLC system, utilized for removing from circulating water in system. Analytical models include thermoelectric Peltier effect, thermal convections air water, conductions within solid parts Proposed analytical are used calculate different performance parameters (e.g., removal rate coefficient performance) at input electrical currents, temperature differences (between bulk mean surrounding environmental temperature), flow rates. Optimum values current calculated achieve maximum rates a wide range differences. It observed that by increases with increasing considered ambient conditions. However, small changes when inside exchanger. prototype conditioned space perform analysis. Experimental analysis includes monitoring cooling down period desired temperatures.
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