智能化住宅小区电气工程设计研究
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摘要
安全合理、运行可靠的电气系统设计是一切智能化管理系统的基础,不管是物业管理系统还是安防系统、智能化集成控制系统等,都需要以电气系统为依托。论文在传统设计领域(变压器、火灾监测、防雷接地等)及绿色节能、多功能集成等方面阐述了智能化小区建设不断发展对电气工程设计工作提出的新的要求。
Safe and reasonable, reliable operation of the electrical system design is the basis of all intelligent management systems, whether it is a property management system or security system, intelligent integrated control system, etc., need to rely on the electrical system. In the traditional design field(transformer,fire monitoring, lightning protection grounding, etc.) and green energy saving, multi-functional integration,etc., this paper expounds the new requirements for the development of intelligent community construction to the electrical engineering design work.
Safe and reasonable, reliable operation of the electrical system design is the basis of all intelligent management systems, whether it is a property management system or security system, intelligent integrated control system, etc., need to rely on the electrical system. In the traditional design field(transformer,fire monitoring, lightning protection grounding, etc.) and green energy saving, multi-functional integration,etc., this paper expounds the new requirements for the development of intelligent community construction to the electrical engineering design work.
引文
[1]黄江涛.智能小区建筑电气工程设计及应用研究[J].低碳世界,2016(34):189-190.
[2]刘国彬.智能小区建筑电气工程设计与实践[J].智能城市,2018,4(21):25-26.
[3]盛彬.智能小区建筑电气工程设计与实践标准构建[J].中国标准化,2016(15):137.
[4]邓隐北,孟雪玲.由变频器驱动的电动机节能[J].电源世界,2010(11):50-53.
[5]陈思远.基于可拓理论的建筑电气节能研究[J].黑龙江科技信息,2014(36):198-198.
[2]刘国彬.智能小区建筑电气工程设计与实践[J].智能城市,2018,4(21):25-26.
[3]盛彬.智能小区建筑电气工程设计与实践标准构建[J].中国标准化,2016(15):137.
[4]邓隐北,孟雪玲.由变频器驱动的电动机节能[J].电源世界,2010(11):50-53.
[5]陈思远.基于可拓理论的建筑电气节能研究[J].黑龙江科技信息,2014(36):198-198.