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Research on the Methods to Reduce The Energy Consumption of Ammonia Refrigeration System

机译:降低氨制冷系统能耗的方法研究

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In order to solve much energy waste of the ammonia refrigeration system, we analyze many parameters and processes in depth theoretical methods, experimental verification and numerical simulation in actual working condition. The results show that improve suction pressure and reduce exhaust pressure can reduce energy consumption of the system. The value of suction pressure and exhaust pressure is the optimal value when corresponding superheat degree and super cooling degree are 1°C. Control the pressure difference between inlet and outlet of compressor by increasing the exhaust pressure; the system is more stable and less energy loss. Take advantage of bypass channel to control the superheat degree is more effect than by evaporator itself. The air volume of condenser fans should adjust with its load and the outdoor dryness temperature. When the ratio approaches to the load one, the total energy consumption decreased obviously.
机译:为了解决氨制冷系统的大量能量浪费,我们在深度理论方法中分析了许多参数和过程,实际工作条件下的实验验证和数值模拟。结果表明,提高吸入压力和减少排气压力可以降低系统的能量消耗。当相应的过热程度和超级冷却度为1°C时,吸入压力和排气压力的值是最佳值。通过增加排气压力控制压缩机入口和出口之间的压力差;该系统更稳定,能量损失更少。利用旁路通道来控制超热度比蒸发器本身更效果。冷凝器风扇的空气量应通过其负载和室外干燥温度调节。当比率接近负载时,总能量消耗明显下降。

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