首页> 外文会议>International Institute of Refrigeration Conference on Phase Change Materials and Slurries for Refrigeration and Air Conditioning >Air-conditioning System with 'Humidity' and 'Temperature' Individual Control That Uses Highly Effective Compact Desiccant System
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Air-conditioning System with 'Humidity' and 'Temperature' Individual Control That Uses Highly Effective Compact Desiccant System

机译:空调系统具有“湿度”和“温度”个体控制,使用高效的紧凑型干燥系统

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To improve the performance of heat pump AC systems is to reduce the pressure difference between condensing pressure and evaporating. But this solution leads to higher evaporating temperature resulting to less dehumidification capacity. There is such a trade-off between dehumidification and energy efficiency that the improvement of AC system performance was limited when the comfort of residents are considered. To solve this problem, a system that controls "Humidity" and "Temperature" individually was developed. Different from conventional AC systems that deal with temperature and humidity with one mechanism, the developed system can control both temperature and humidity by individual mechanisms to each set values. It achieves higher energy efficiency and comfort of residents at the same time.
机译:为了提高热泵的性能,AC系统是降低冷凝压力和蒸发之间的压力差。但该解决方案导致较高的蒸发温度导致更少的除湿能力。在考虑居民的舒适性时,在除湿和能效之间存在这种权衡,可以改善AC系统性能的限制。为了解决这个问题,开发了一种单独控制“湿度”和“温度”的系统。不同于传统的AC系统,可与一种机制处理温度和湿度,开发系统可以通过各个机制控制每个设定值的温度和湿度。它同时实现了更高的能源效率和居民的舒适性。

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