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Demand response capability assessment for buildings based on simulation and model simplification

机译:基于仿真和模型简化的建筑物需求响应能力评估

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Issues such as energy shortage and global warming become prominent. Meanwhile, the rapid growth of the load makes the grid pay more attention to demand side. Demand response (DR) is an effective tool to change the shape of the load. Usually buildings consume much energy, and also have great DR capability. It is crucial to assess the DR capability of buildings, which is a tough task because the building model is very complex to make strategy efficiently. This paper proposes a method to deal with this problem. A building simulation software named DeST is used to generate cooling load with different condition. Then the data is used to simplify the accurate model into a 4th-order model, which is used in a cost minimizing problem. DR capability of a typical commercial building in Beijing is assessed as a case study under time of use (TOU) pricing.
机译:能源短缺和全球变暖等问题日益突出。同时,负荷的快速增长使电网更加重视需求侧。需求响应(DR)是更改负载形状的有效工具。通常,建筑物消耗大量能量,并且还具有出色的灾难恢复能力。评估建筑物的灾难恢复能力至关重要,这是一项艰巨的任务,因为建筑物模型非常复杂,无法有效地制定策略。本文提出了一种解决该问题的方法。使用名为DeST的建筑仿真软件来生成不同条件下的冷却负荷。然后,将数据用于将精确模型简化为四阶模型,从而将其用于成本最小化问题。以使用时间(TOU)定价为案例研究,评估了北京典型商业建筑的灾难恢复能力。

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