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《Advances in New and Renewable Energy》 2015-01
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Research Progress on Effects of Temperature on SOC and Its Estimation for LFP Battery

LUO Ling;SONG Wen-ji;LIN Shi-li;LV Jie;CHEN Yong-zhen;FENG Zi-ping;Guangzhou Institute of Energy Conversion, Chinese Academy of Sciences;University of Chinese Academy of Sciences;  
In order to effectively control and manage the battery energy storage system(BESS), which plays more and more important roles in new energy integration and reducing environmental pollution, it is necessary to develop battery management system(BMS) to achieve a high performance of BESS. As an important parameter, the state of charge(SOC) of Li-ion battery has been researched widely nowadays, aiming to improve the estimation accuracy. Li Fe PO4(LFP) battery has a prospective value in various applications and its SOC is closely related to multiple factors. The relationships between temperature and several characteristics of battery, such as the open circuit voltage, charge-discharge efficiency, nominal capacity and self-discharge rate, are introduced in this paper. Based on the conclusions and summaries above, the temperature parameters were introduced to the SOC estimation model directly or indirectly in real time, the estimation accuracy of SOC would be improved significantly by considering the effects of temperature.
【Fund】: 国家自然科学基金(51206175;51477171)
【CateGory Index】: TM912
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