电压缩空调器广泛使用所带来电力供应问题及其所用工质对环境潜在影响已成为推动燃气风冷空调器发展的强大动力.为解决传统风冷管内降膜吸收燃气空调所存在的高温、高压、高浓度、结晶、腐蚀、效率偏低等问题,提出一种回收冷剂水余热、将吸收传质过程与溶液冷却传热过程分阶段进行的风冷绝热吸收制冷循环,分析室外温度、蒸发温度和高发流量比等对循环特性影响.研究结果表明,该循环是切实可行的,既节能,又能保证环境温度较高时系统稳定运行和较高能效比.
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