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Equipment power consumption and load factor profiles for buildings' energy simulation (ASHRAE 1742-RP)

机译:建筑物能源模拟的设备功耗和负载系数型材(ASHRAE 1742-RP)

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摘要

In most office buildings, plug loads are one of the main contributors to the building's overall energy consumption and therefore need to be considered in load calculations. The heat gains from different office equipment deviate from their peak values due to both user and equipment behavior. The variation in the heat gains of different office equipment can be presented by average weekday and weekend power consumption profiles. These power consumption profiles serve as an input to the energy simulation programs for the purpose of load calculation. In this article, weekday and weekend power consumption profiles are developed for different office equipment. In addition, load factor profiles are developed for some typical office spaces and are compared against the peak load factors listed in the ASHRAE Handbook of Fundamentals (2017). Recommendations for the minimum number of testing days necessary to obtain the equipment peak heat gain are also made.
机译:在大多数办公楼中,插头负荷是建筑物整体能源消耗的主要贡献者之一,因此需要在负载计算中考虑。 由于用户和设备行为,不同的办公设备的热量偏离了它们的峰值。 不同办公设备的热量的变化可以通过平均平均的平日和周末功耗配置文件来提出。 这些功耗配置文件用作能量仿真程序的输入,以便加载计算。 在本文中,为不同的办公设备开发了平日和周末功耗配置文件。 此外,为某些典型的办公空间开发了负载系数轮廓,并与基本原理(2017年)的Ashrae手册中列出的峰值负载因子进行比较。 还制造了用于获得设备峰值热增益所需的最小测试天数的建议。

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