由于相变储能材料具有储热量较大、储热温度较低、近似恒温操作和储存体积较小等优点,因此,采用相变储能材料的能源储存是储存可利用能源最有效的方式之一.然而,不同的相变储能材料具有不同的特点,应用上也存在一定的局限性,因此,为了改善其性能,提高储能效率,扩大应用范围,就需要采用强化技术.介绍了几种重要的强化技术及其在相变储能材料研究中的应用.
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