主催: 一般社団法人日本太陽エネルギー学会
会議名: 2024年度(令和6年度)研究発表会
開催地: 札幌市立大学芸術の森キャンパス
開催日: 2024/11/02 - 2024/11/03
p. 155-158
To reproduce the LIB battery performance, data from various literatures was collected and fitted to the main deterioration factor characteristic graphs. As a result, it was confirmed that the deterioration factor FEC has a power function, the temperature has a composite function of the Arrhenius and inverse Arrhenius equations, and the C rate has a cubic function. By incorporating these functions, a deterioration model with a maximum RMSPE of 4.97 % was created. In addition, the model described in the book and the created model were evaluated in terms of deterioration transition and in a 15-year charge/discharge simulation assuming an ordinary home.