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Methods to determine a design cooling capacity of ambient air conditioning systems in climatic conditions of Ukraine and Kazakhstan

机译:确定乌克兰和哈萨克斯坦气候条件下环境空调系统设计冷却能力的方法

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One of the reserves for improving the efficiency of air conditioning systems (ACS) is to enable the operation of refrigeration compressors in nominal or close modes. Generally, the overall range of current heat loads of any ACS includes the range of unstable heat loads, associated with precooling of ambient air with significant fluctuations in heat loads, and a comparatively stable range when cooling air from a certain intermediate (threshold) temperature to a target value. Obviously, a stable range of heat load can be covered by the operation of a conventional compressor in closed to nominal mode, while ambient air precooling requires regulation of cooling capacity. To prove the effectiveness of proposed method of designing the performance of ACS has been analyzed in climatic conditions of Ukraine and Kazakhstan.
机译:提高空调系统(ACS)效率的储备之一是以标称或关闭模式以制冷压缩机的操作。 通常,任何AC的电流热负荷的整体范围包括不稳定的热负荷的范围,与环境空气的预冷相关,在热负荷中具有显着波动的环境空气,并且在从某个中间(阈值)温度下冷却空气时的相对稳定的范围 目标值。 显然,可以通过闭合到标称模式的传统压缩机的操作覆盖稳定的热负荷范围,而环境空气预冷需要调节冷却能力。 为了证明,在乌克兰和哈萨克斯坦的气候条件下分析了建议设计ACS性能的方法。

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