CAJ | 학술논문

为了能够更加高效地利用太阳能资源，在重庆地区设计并搭建了实验平台，对不同季节复合抛物面聚光型PV/T系统（CPC-PV/T）进行了实验研究。结果表明：尽管重庆地区太阳能资源匮乏，但加入复合抛物面聚光器后，PV/T系统的整体光电转换效率最高可达到17.07%，系统全天光热转换效率达到58.2%。因此，该地区在夏季进行太阳能光电热综合利用是完全可行的，春、秋季太阳较好的天气也可利用。
위료능구경가고효지이용태양능자원，재중경지구설계병탑건료실험평태，대불동계절복합포물면취광형PV/T계통（CPC-PV/T）진행료실험연구。결과표명：진관중경지구태양능자원궤핍，단가입복합포물면취광기후，PV/T계통적정체광전전환효솔최고가체도17.07%，계통전천광열전환효솔체도58.2%。인차，해지구재하계진행태양능광전열종합이용시완전가행적，춘、추계태양교호적천기야가이용。
In order to use solar energy resources more efficiently,an experiment platform is built in Chongqing,and experi-mental studies are conducted on compound parabolic concentrator PV/T system(CPC-PV/T)in different seasons. The results show that although Chongqing is lack of solar energy resources, the whole photoelectric conversion efficiency can reach 17.07%and the photothermal conversion efficiency throughout the day can reach 58.2% when the compound parabolic concentrator is installed. Therefore, it can be concluded that a comprehensive utilization of solar energy in summer, photovoltaic spring and autumn is com-pletely feasible in Chongqing.