| Title |
A Characteristic Study on the Dye-Sensitized Solar Cell by the Shadow Effect |
| Authors |
김희제(Kim, Hee-Je) ; 이정기(Lee, Jeong-Gee) ; 이경준(Lee, Kyung-Jun) ; 프라바카르(Prabakar, Prabakar) ; 신동설(Sin, Dong-Seoul) ; 채원용(Chae, Won-Yong) |
| Keywords |
Dye-sensitized solar cell ; Shadow effect ; Transparent Conducting Oxide ; Maximum Power Point ; Maximum Power Point Tracking |
| Abstract |
The shadowing effects lead to the serious power losses of the PV module. The shadowing effects are caused by several factors such as leafs, dust, antenna and clouds. The dye-sensitized solar cells are more economical than the conventional silicon solar cell that's why the dye-sensitized solar cells are recently focused on. We carried out research on the efficiency of the dye-sensitized solar cell depending on the level of shadow changing the formula of the circuit. The research on the efficiency of the large dye-sensitized solar cell depending on the level of shadow focused on commercialization was carried out. As the results, it is known that the series and parallel connection method is the best choice for the least losses of PV module assemblies. It is especially known that one more series connection is the best choice for the least losses about shadowing effects and current losses in the series and parallel connection. |