一种多功能光伏发电系统的可行性研究

通过在光伏组件的背面连接了一个热电转换模块，形成一个光伏一热电混合模块，从而将光伏组件工作过程中产生的废热转换成电能的同时又降低了光伏组件的温度，进而提高了光电转换效率。将光伏一热电模块与百叶有效结合，从而实现了室内采光、通风及节约空间等多种功能。同时，为了提高光伏组件的入射太阳辐射，引入了可调节的抛物型双面聚焦板，减少了太阳能电池板的面积，从而减少了太阳能发电的成本。

Feasibility Study of a Multifunctional Photovoltaic Power Generation System

This paper make use of the thermal waste by attaching thermoelectric （TE） converters to the back of PV modules to form a PV-TE hybrid module, which converts the waste heat generated in the working process of PV modules of electrical energy while reduces the temperature of the photovoltaic assembly, thereby improving the photoelectric conversion efficiency. The system will also combine PV-TE hybrid module with louvers effectively, thus enabling a variety of function of indoor lighting, ventilation and space-saving. Meanwhile, in order to improve solar radiation for the photovoltaic modules, the adjustable parabolic double focusing plates are introduced to reduce the area of the solar cell panel, thereby reducing the cost of solar electricity.