The best mode aims to provide a thermal storage medium that improves the efficiency of heat exchange between the thermal storage medium and the cooling medium liquid in the cooling medium body, and that prevents supercool of the aqueous solution which produces hydrate. A large thermal storage capacity is attained using the latent heat of hydrate in the cooling medium body. By forming slurry of hydrate, the fluidability of the hydrate increases the efficiency of the heat exchange with cooling medium liquid. By sealing fine particles in the cooling medium body, the super-cool of aqueous solution is prevented. By changing position of the cooling medium body or by other means, the aqueous solution is agitated to keep the fine particles disperse and float in the aqueous solution, thus preventing the degradation of effect to prevent supercooling. Furthermore, a method for producing hydrate cooling medium body that can be generated at higher temperatures than the temperature of ice without using a thermal storage medium is suitably used in thermal storage system such as air-conditioners without using a special coolant.
最佳模式旨在提供一种蓄热介质,以提高蓄热介质与冷却介质本体内冷却介质液体之间的热交换效率,并防止
水溶液过冷而产生
水合物。利用冷却介质体中
水合物的潜热,可获得较大的蓄热能力。通过形成
水合物浆液,
水合物的流动性提高了与冷却介质液体的热交换效率。通过在冷却介质体中密封细小颗粒,可防止
水溶液过冷。通过改变冷却介质体的位置或以其他方式搅拌
水溶液,使细颗粒保持分散并漂浮在
水溶液中,从而防止防止过冷的效果下降。此外,无需使用蓄热介质即可在高于冰的温度下生成
水合物冷却介质体的生产方法,适合用于空调等蓄热系统,而无需使用特殊冷却剂。