火电厂热电联产机组与压缩空气储能集成系统能量耦合特性分析
王晓露1,2(
), 郭欢1,2, 张华良1,2,4, 徐玉杰1,2,3, 刘英军5, 陈海生1,2,3()
), 郭欢1,2, 张华良1,2,4, 徐玉杰1,2,3, 刘英军5, 陈海生1,2,3()
Analysis of energy coupling characteristics between cogeneration units and compressed air energy storage integrated systems in thermal power plants
Xiaolu WANG1,2(), Huan GUO1,2, Hualiang ZHANG1,2,4, Yujie XU1,2,3, Yingjun LIU5, Haisheng CHEN1,2,3()
), Huan GUO1,2, Hualiang ZHANG1,2,4, Yujie XU1,2,3, Yingjun LIU5, Haisheng CHEN1,2,3()
图10. 抽汽量和空气流量对集成系统强化供热阶段?效率和热效率的影响
Fig. 10. Influence of extraction steam and air flow rate on exergy efficiency and thermal efficiency of integrated heating system
