公共建筑能效指标

Dmitry Stepanov, N. Stepanova, Sergii Onykiienko, Vitaly Martynenko
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引用次数: 0

摘要

注意建筑物的能源效率的相关性,这将减少化石燃料和电力的消耗,并减少对环境的有害排放。分析了该公共建筑的能效指标,即围护结构的热阻、采暖、供冷和热水的比能源需求、采暖和供冷的比能源消耗、一次能源消耗和温室气体的比排放。评估了增加建筑外墙的标准热阻对隔热层所需厚度的影响。研究表明,在幕墙玻璃比较大且符合围栏热阻规定的情况下,该建筑不满足采暖、制冷和热水供应的比能耗要求。研究了建筑采暖热源对建筑比能耗、能效等级、一次能源比消耗和温室气体比排放的影响。考虑使用燃气锅炉、冷凝燃气锅炉、电加热器、生物质颗粒锅炉和连接到集中供热系统的选择。采用可逆热泵设备对建筑物进行供暖和制冷的有效性得到了证实
本文章由计算机程序翻译,如有差异,请以英文原文为准。
INDICATORS OF ENERGY EFFICIENCY OF PUBLIC BUILDING
The relevance of paying attention to the energy efficiency of buildings, which will reduce the consumption of fossil fuels and electricity and reduce harmful emissions into the environment, is shown. The energy efficiency indicators of the public building were analyzed, namely the thermal resistance of the enclosing structures, the specific energy demand for heating, cooling and hot water supply, the specific energy consumption of the building for heating and cooling, the specific consumption of primary energy and the specific emissions of greenhouse gases.The effect of increasing the normative thermal resistance of the outer wall of the building on the required thickness of the insulation was evaluated. It is indicated that under the conditions of a large facade glazing ratio and compliance with the regulatory thermal resistance of the fences, the building does not meet the requirements for specific energy consumption for heating, cooling and hot water supply.The influence of the heat source for heating the building on its specific energy consumption, energy efficiency class, specific consumption of primary energy and specific emissions of greenhouse gases was studied. Considered options for using a gas boiler, a condensing gas boiler, electric heaters, a biomass pellet boiler and connection to a centralized heat supply system. The effectiveness of the implementation of reversible heat pump equipment for heating and cooling of buildings is substantiated
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