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Experimental Study on Heating Buildings with Cool-Storage Mode Solar Photovoltaic Module

机译:蓄热式太阳能光伏组件采暖建筑的实验研究

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摘要

Taking the improvement of solar cell module efficiency as primary objective, a Cool-Storage Mode Solar Photovoltaic Module(CSMPVM) is researched and developed. Outdoor experiments were carded out over one year from 2007. The experimental results show that the efficiency of CSMPVM has increased by more than 10% comparing with conventional module by using temperature control. Furthermore, the solar energy that can't convert into electric energy can be changed into thermal energy and used to heat the cooling water. The cooling water temperature can be up to about 40 °C which is supplied to the building as domestic hot water. Total efficiency of solar energy utilization, photovoltaie efficiency, heating efficiency based on experimental data are analyzed, and the feasibility of an efficient solar energy utilization system with CSMPVM which supplies electricity and heat at the same time is discussed.
机译:以提高太阳能电池组件效率为主要目标,研究开发了一种蓄冷式太阳能光伏组件(CSMPVM)。从2007年开始进行了一年的户外实验。实验结果表明,通过使用温度控制,CSMPVM的效率比传统模块提高了10%以上。此外,不能转换为电能的太阳能可以转换为热能,并用于加热冷却水。冷却水温度可以高达约40°C,并作为生活热水供应到建筑物。根据实验数据分析了太阳能利用的总效率,光伏效率,供热效率,并讨论了采用CSMPVM同时供热和供热的高效太阳能利用系统的可行性。

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