Abstract
Nowadays, solar energy is major energy source. New amount of solar system installation are estimated as about 200GW globally in 2021. Solar module has each original IV characteristics by the types of products. These informations contain Voc, Isc, Vmp, Imp, Pmax, F.F, Rs, Rsh and etc. These information reveal us voltage, current, power, resistance of PV module. Thus, precise measurement of IV characteristics of PV module is important for quality control, performance evaluation, and safety enhancement. In this paper, temperature compensation method is applied to PV module IV characteristics curve measurement under continuous solar simulator condition. These improved IV measurement method will attribute IV measurements of PV module easily and precisely.
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