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Research on thermal comfort degree response space and energy saving potential of summer air-conditioning

机译:夏季空调热舒适度响应空间和节能潜力研究

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Air-conditioning systems have high energy consumption levels. Extensive use of air-conditioning systems has become one of the main reasons for power shortages during summer. To meet the energy demands while maintaining human thermal comfort, this paper established a comfortable space air conditioning system of environmental parameters and established the parameters on the extent of comfort index through the simulation analysis of the air conditioning thermal comfort equation. Through the analysis of the air-conditioned building's room cooling load, it was verified that the air conditioning system has definite energy conservation potential in the thermal comfortable environment parameter space.
机译:空调系统具有高能耗水平。广泛使用空调系统已成为夏季电力短缺的主要原因之一。为了满足能源需求,同时保持人体热舒适度,本文通过空调热舒适方程的仿真分析建立了一种舒适的环境参数空间空调系统,并建立了舒适指数范围的参数。通过分析空调建筑的房间冷却负荷,验证了空调系统在热舒适环境参数空间中具有明确的节能潜力。

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