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The Thermal Test and Analysis of Envelope in Existing Buildings

机译:既有建筑物的围护结构热测试与分析

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This paper deals with the project to improve existing building energy efficiency. Building energy efficiency is an international topic that includes many aspects. There are more than 43 billion square meters of existing buildings in China, so how to improve the health and comfort and minimize the energy consumption costs of existing buildings is quite important. Improving existing buildings can be divided into two parts, envelope and heating system. Much research has been done on building conservation during the past 30 years in China. The structure of envelopes is improved, and many new energy efficiency materials are used in buildings while some other foreign researchers have developed several kinds of software for the analysis of building energy conservation.In this paper, we report on the results of heat transfer loss tests in existing buildings in Daqing, including the walls, doors, windows and the floors. The areas with most heat loss areas are pointed out, and the objective of reducing the heat cost is discussed. The design for improving the structure of existing buildings for reduced energy consumption costs was provided. The energy consumption cost in existing buildings can be reduced by up to 30% through these improvements.
机译:本文涉及提高现有建筑能源效率的项目。建筑节能是一个国际性话题,涉及很多方面。中国现有的建筑超过430亿平方米,因此如何改善健康和舒适度并最大程度地降低现有建筑的能耗成本非常重要。现有建筑物的改善可分为两部分:围护结构和供暖系统。在过去的30年中,中国在建筑物保护方面进行了大量研究。改善了围护结构,并在建筑物中使用了许多新的节能材料,而其他一些国外研究人员也开发了多种软件来分析建筑物的节能性。在本文中,我们报告了传热损失测试的结果。在大庆现有的建筑物中,包括墙壁,门,窗户和地板。指出了热损失最大的区域,并讨论了降低热成本的目标。提供了用于改善现有建筑物结构以降低能耗成本的设计。通过这些改进,现有建筑物的能耗成本最多可降低30%。

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