摘要
将微热管阵列技术引入传统光伏幕墙,组成新型光伏光热幕墙组件(Micro Heat Pipe Array-Building Integrated Photovoltaic,MHPA-BIPV/T),再应用到光伏光热系统中。通过实验对新型光伏光热幕墙组件与传统的光伏幕墙组件、透光型PV/T幕墙组件和非透光型PV/T幕墙组件作对比,结果表明新型PV/T幕墙组件比传统PV幕墙组件光电转换效率提升较为显著,其中,透光PV/T组件比透光PV组件的日平均光电转换效率提升了9%,非透光PV/T组件比非透光PV组件的日平均光电转换效率提升了4%;透光PV/T幕墙组件的日平均总效率为51%,非透光PV/T幕墙组件的日平均总效率为46%。
Introduce the micro heat pipe array into traditional curtain wall module which composed the new one-- MHPA-BIPV/T module, then applied to photovohaic/thermal system. Compare the new module with the traditional one, transparent PV/T module with non-transparent PV/T module through the experiments. The result shows that the electrical efficiency of MHPA-BIPV/T module seems obviously than traditional curtain wall module, of which the average electrical efficiency of daily average of the transparent PV/T module is increased by 9% than the transparent PV module and the non-transparent PV/T module is increased by 4% than the non-transparent PV module at the same time. Total daily efficiency is 51% of transparent PV/T curtain wall module and the non- transparent 46%.
出处
《建筑科学》
CSCD
北大核心
2015年第8期127-132,共6页
Building Science
基金
"十二五"国家科技支撑计划项目"基于多能互补建筑节能及综合调控技术"(2012BAA13B02)
关键词
再生能源
光伏幕墙
太阳能
光伏光热
新型幕墙
renewable energy, photovoltaic curtain wall, solar-energy, Photovoltaic/Thermal（PV/T） , new type curtain wall
