储热技术研究进展与展望
姜竹, 邹博杨, 丛琳, 谢春萍, 李传, 谯耕, 赵彦琦, 聂彬剑, 张童童, 葛志伟, 马鸿坤, 金翼, 李永亮, 丁玉龙

Recent progress and outlook of thermal energy storage technologies
Zhu JIANG, Boyang ZOU, Lin CONG, Chunping XIE, Chuan LI, Geng QIAO, Yanqi ZHAO, Binjian NIE, Tongtong ZHANG, Zhiwei GE, Hongkun MA, Yi JIN, Yongliang LI, Yulong DING
表7 部分典型的热化学吸附制热及制冷应用
Table 7 The absorptive/adsorptive thermochemical energy storage systems
应用反应对充能速度/kW释能速度/kW储能量/kWh储能密度/kWh·m-3参考文献
太阳能制热NaOH/H2O1 (95 ℃)1 (70 ℃)8.95[165]
太阳能制冷LiCl/H2O15 (87 ℃)8(30 ℃)3586[165]
制热Zeolite 13X/H2O0.8~1.8 (55 ℃)157.8[165]
车载空调Zeolite 13X/H2O4.1 (15 ℃)5.5167[166]
太阳能制热SrBr2-Expanded Graphite /H2O2.5~4.040214 Wh/kg[167]
建筑空调BaCl2-Expanded /NH37 ( 60~70 ℃)5 (4 ℃)20114 Wh/kg[163]
制热MgCl2/H2O0.15 (64 ℃)2.4139[168]