Photovoltaic simulation optimization in the Antarctic environment

In order to improve the photovoltaic power generation efficiency of the Kunlun Station in Antarctica, it is necessary to simulate and model it in order to control it. However, current photovoltaic modeling is mostly based on numerical models, which is not conducive to subsequent system updates. On the basis of traditional mechanism models and combined with the actual environment in Antarctica, this article analyzes the impact of low temperature conditions on the system. By introducing environmental correction parameters, the photovoltaic cell model is optimized. Based on the Wiener process, a degradation model of battery capacity is proposed. The experiment shows that the optimized model can effectively simulate the Antarctic environment.