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Analysis on the Influence of Building Envelope to Public Buildings Energy Consumption Based on Dest Simulation

机译:基于目标仿真的建筑围护结构对公共建筑能耗的影响分析

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摘要

In order to analyses the influence of building energy consumption with different thermal property building envelope, this paper took a public building where in Beijing as the research object with DeST-c software, and analyzed the influence of exterior walls, roof, exterior windows and the whole building envelop with different thermal property respectively. The simulation changed the single envelop thermal property while kept the whole building envelop thermal property constant, and pointed out that how energy saving redevelopment affected building energy after energy calculation. The results show that the transfer coefficients of the outside windows have largest effect on indoor thermal load, the roof is secondary, and exterior walls are weakest. Thus, the thermal performance of the building envelope and energy efficiency has a great relationship.
机译:为了分析不同热属性建筑围护结构对建筑能耗的影响,以DeST-c软件为研究对象,以北京某公共建筑为研究对象,分析了外墙,屋顶,外窗和外墙的影响。整个建筑分别具有不同的热特性。仿真改变了单个信封的热特性,同时使整个建筑物的信封的热特性保持恒定,并指出节能重建对能源计算后的建筑能耗有何影响。结果表明,外窗传热系数对室内热负荷的影响最大,屋顶为次要,外墙最弱。因此,建筑物围护结构的热性能与能效具有很大的关系。

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