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Application of Comfort Range Control logic for thermal comfort and energy saving in VRF system

机译:舒适范围控制逻辑在VRF系统中热舒适和节能的应用

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In Korea, in order to reduce building energy, the policy applying insulation standard of passive house level to new buildings from 2017 was established. However, the concept of passive house applied in the Central and Western Europe area is feared to increase the cooling load in hot and humid areas in summer like Korea. Therefore, we propose a control logic for reducing the cooling energy in summer while maintaining occupants' thermal comfort that can apply to VRF system installed in passive buildings. In this paper, Comfort Range Control logic based on ASHRAE Comfort Chart for occupants' thermal comfort and energy saving was applied to VRF system in the actual office space of passive building in Korea. The indoor environment and energy consumption according to the conventional control method, Set-Point Control, and Comfort Range Control proposed in this study were analyzed by field measurement.
机译:在韩国,为了减少建筑能源,建立了从2017年将被动房屋水平的保险标准应用于新建筑的政策。然而,在中欧和西欧地区应用的被动房屋的概念令人担忧夏季像韩国的夏季炎热和潮湿地区的冷却负荷。因此,我们提出了一种控制逻辑,用于减少夏季的冷却能量,同时保持乘员的热舒适,可以应用于被动建筑物中的VRF系统。本文采用了基于Ashrae舒适度和节能节能的舒适范围控制逻辑应用于韩国被动建筑实际办公空间的VRF系统。通过现场测量分析了根据本研究提出的传统控制方法,设定点控制和舒适范围控制的室内环境和能量消耗。

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