相变储能材料通过相变过程释放热能。通过利用相变材料的相变潜热来实现能量的储存和利用，提高能效和开发可再生能源，是当今能源科学和材料科学领域中一个十分活跃的前沿研究方向。技术人员选择包装材料对相变储能材料进行封装，以便相变材料释放的热能应用于实际生活中。封装材料和封装技术的有效选择往往决定实际应用效果。综述了目前国内外在相变材料对存储材料的腐蚀性及相变储能材料的封装技术方面的研究成果，并展望了今后的研究重点。
Phase change material (PCM)releases thermal energy by phase change.Making use of the changea-ble latent heat of the phase change material for energy storage and utilization to improve energy efficiency and develop renewable energy is one of the most active frontier research directions in both fields of energy science and materials science.Technicians choose packaging material to pack phase change material in order to exploit thermal energy re-leased by phase change material for real life.The selection of packaging material and packaging technology have crucial effect on the utilization of the thermal energy released by phase change material.This paper not only gives a vivid de-scription about the state of art on the influence of PCM on packaging material in terms of corrosion property and PCM packaging technology both home and abroad,but also provides an outlook on the future research focuses.
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