不同环境参数对300MW压缩空气储能系统运行的影响OA

Compressed air energy storage system is an effective means to improving the stability of power system.In order to study the influence of ambient temperature and humidity on the performance of compressed air energy storage system,a thermodynamic model of 300 MW compressed air energy storage system is established based on MSP platform.The effects of ambient temperature and humidity on the performance of compression process are studied.The results show that with the increase of air temperature,the total power of the compressor increases,the compression process time increases,and the compression process time increases with the increase of air humidity.The research conclusion has a certain reference significance for the actual operation of the compressed air energy storage system.