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建筑物电气自动化节能的可拓性分析

Feasibility Analysis of Building Electric Automation Energy-saving
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摘要 1970年的石油危机,使节电成为各个国家的首要任务。众所周知,我国是能源消耗大国,但是在节电紧急节电措施,使人们生活极其不便,效果不尽如人意我国建筑物鳞次栉比,但是其中节能建筑仅有1%,再不重视能源的问题,不出10年我国就会成为污染最严重的国家。我国虽也落实了"开发与节约并重,近期把节能放在优先地位"的能源发展方针,取得了一些成就,但是以建筑电气节能作为建筑节能的重点却迟迟得不到关注。 The 1970 oil crisis, the energy saving has become the primary task of all countries. As everyone knows, China is a big country of energy consumption, but in an emergency energy saving measures of energy saving, so that people life is extremely inconvenient, the effect is not just as one wishes in China energy-saving building row upon row of buildings, but among them only 1%, pay attention to the problem of energy again, not ten years China will become the most polluted countries. Although our country has implemented the "save pay equal attention to development and recent, energy saving priority" energy development policy, has made some achievements, but in building electrical energy as the focus of building energy efficiency has not been attention.
机构地区 吉林建筑大学
出处 《无线互联科技》 2015年第2期82-84,共3页 Wireless Internet Technology
基金 吉林省科技支撑计划重点项目 项目编号:20130206084SF
关键词 自动化 节能 可拓性 发展方针 Automation Energy saving Extension Development of Founder
作者简介 田雨石(1982-),女,吉林长春人,工业设计工程专业,研究方向:建筑智能化; 王晓丽(1962-),女,吉林长春人,电气与电子信息工程学院,教授,研究方向:建筑智能化。
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