CAJ | 학술논문

　　利用TRNSYS软件对太阳能光电/热综合利用系统（PV/T）在重庆地区的屋顶及墙面两种应用形式进行了全年模拟研究，对其光电、光热特性进行了分析。得出R-PV/T系统的发电总量与系统的光热转换总量高于W-PV/T系统，而W-PV/T系统的敷设可以不受屋面场地的限制，使建筑墙体表面获得利用，因此仍然具有较大可行性。论文的研究为PV/T在重庆等太阳辐射强度较弱地区的应用提供了参考。
　　이용TRNSYS연건대태양능광전/열종합이용계통（PV/T）재중경지구적옥정급장면량충응용형식진행료전년모의연구，대기광전、광열특성진행료분석。득출R-PV/T계통적발전총량여계통적광열전환총량고우W-PV/T계통，이W-PV/T계통적부설가이불수옥면장지적한제，사건축장체표면획득이용，인차잉연구유교대가행성。논문적연구위PV/T재중경등태양복사강도교약지구적응용제공료삼고。
The two application forms of solar PV/T in roof sand walls in Chongqing are studied through simulation with TRNSYS for a year and photo-electric and photo-thermal features are analyzed. The results show that the power production and photo-thermal transfer amount of R-PV/T system are higher than those of W-PV/T, but W-PV/T laying is out of the limit of building, so it can be applied by building walls and it's feasible. It offers some ref-erences for the application of PV/T in parts of low solar radiation in Chongqing.