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智慧低碳 绿色节能——论集成化建筑节能技术 被引量:4
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作者 于兵 《上海节能》 2012年第6期30-33,共4页
我国经过近30年的经济高速发展,全国城乡已经有超过400亿平方米的存量建筑,很多的既有建筑尤其是大型公共建筑消耗的能源十分可观。与工业节能不同,建筑节能由于用能系统的复杂性、非线性,需要采取系统化、集成化的建筑节能技术方能达... 我国经过近30年的经济高速发展,全国城乡已经有超过400亿平方米的存量建筑,很多的既有建筑尤其是大型公共建筑消耗的能源十分可观。与工业节能不同,建筑节能由于用能系统的复杂性、非线性,需要采取系统化、集成化的建筑节能技术方能达到最优化的目标。采取建筑节能三步分析策略,从能源审计开始,继而通过智能化手段实现能耗动态监测,然后采用能耗模拟分析技术进行节能策略的优化,最终通过技术经济分析寻找最佳的节能改造方向,是实现建筑节能的重要途径。 展开更多
关键词 :建筑节能 集成化 智能化 动态监测 模拟分析
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Apply of Low-Carbon Technology in Building Energy Conservation in Hot Summer and Cold Winter Area
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作者 Jianlong Liu Jinghua Yang Hanqing Wang Haiping Zhang Yiyu Chen 《Journal of Energy and Power Engineering》 2014年第2期292-297,共6页
Building energy conservation is the basis for carbon emission reduction, through elaborating the relationship between low carbon and energy efficient building. It points out that the construction of energy-saving emis... Building energy conservation is the basis for carbon emission reduction, through elaborating the relationship between low carbon and energy efficient building. It points out that the construction of energy-saving emission reduction is an effective means to solve the problems of high energy consumption of the building, and it is also an important measure for China's carbon emission reduction. According to the climate characteristics in hot summer and cold winter area, low carbon technology suitable for the construction of energy-efficient hot summer and cold winter area is proposed which is based on the analysis of the current main building energy-saving technical measures. 展开更多
关键词 Building energy conservation low-carbon building renewable energy.
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