With the growing consumption of oil, the most popular energy for environmental protection is "solar cell". In a solar cell module, the surface will affect the overall yield efficiency of power generation. This study utilizes an optical grade Epoxy (EPO-TEK 301–2FL) to replace the Ethylene Vinyl Acetate (EVA) for solar cell modules, and to explore the electrical characteristics (IV) of Epoxy-based solar cell modules. In the manufacturing process of Epoxy-based solar cell modules, the effect of controlled parameters such as Epoxy thickness, curing temperature and curing time for module packaging results is studied for optimization of multiple quality of control factor by using the Grey Relational Analysis (GRA). Then, nine sets of measured electrical properties such as power and fill factor (F.F) are used to obtain the best of the analysis process.
['Ming-Jong Tsai', 'Hung-Fei Kuo', 'Cheng-Yu Peng', 'Ming-Fu Yang', 'C.L. Cheng']
Optimization of an Epoxy-based solar cell module structure by using Grey Relational Analysis