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Indoor temperature control and energy saving potential of split unit air conditioning system using fuzzy logic controller

机译:基于模糊逻辑控制器的分体式空调系统室内温度控制及节能潜力

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摘要

Variable speed compressor offers a wider range of cooling capacity control according to the cooling load of the system. The on/off controller consumes larger energy as the compressor is always working at maximum speed despites the cooling load and continuously on and off to prevent from over cool the room. This study focused on the implementation of variable speed compressor to increase energy efficiency with better temperature control inside the room for split unit air conditioning system. The experiments are done at room temperature of 23 and 24°C with internal heat load of 500 and 1000 W. Monitoring system is applied to monitor the room temperature, energy consumption, energy saving and coefficient of performance. The proposed system indicates as much 37% of energy saving as compared to on/off controller.
机译:变速压缩机根据系统的冷却负荷提供了更大范围的冷却能力控制。开/关控制器会消耗更多的能量,因为尽管有冷负荷,但压缩机始终始终以最大速度运转,并不断开/关以防止房间过冷。这项研究的重点是实施变速压缩机以提高能源效率,并为分体式空调系统提供更好的室内温度控制。实验在23和24°C的室温下进行,内部热负荷分别为500和1000W。应用监视系统监视室温,能耗,节能和性能系数。与开/关控制器相比,建议的系统可节省多达37%的能源。

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