智慧低碳 绿色节能——论集成化建筑节能技术

Intelligent low-carbon and green energy-saving

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。

after our country has experienced nearly 30 years of high-speed economic development, the urban and rural area have more than 40 billion square meters of stock buildings, besides a lot of existing buildings, especially large public buildings, consume very considerable energy. Unlike industrial energy-saving, architecture energy-saving needs to take systematic integration energy-saving technology method to achieve optimization due to complexity, nonlinear of energy-consumption system. There are 3 analysis strategies to realize architecture energy-saving： from energy auditing, then through intelligent dynamic energy monitoring, then based on energy consumption simulation analysis energy-saving technology to achieve optimization, finally through technical and economic analysis to find the best innovation, which is key to realize architecture energy-saving