JGJ16-2008民用建筑电气设计规范

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前言

根据建设部建标[2002]84 号文的要求，规范编制组在广泛调查研究，认真总结实践经

验，参考有关国际标准，并广泛征求意见基础上，对《民用建筑电气设计规范》JGJ/T16-92

进行了修订。

随着科学技术的发展并结合民用建筑电气设计所涉及的主要技术内容和特点，修订后的

本规范在技术内容上做了相应的调整。取消了室外架空线路、电力设备防雷和声、像节目制

作三章，增加了安全技术防范、综合布线、电磁兼容、电子信息设备机房和住宅（小区）电

气设计五章，对其他各章所涉及的主要技术内容也进行了补充、完善和必要的修改。

本规范由建设部建筑设计标准技术归口单位中国建筑标准设计研究所归口管理，授权由

主编单位负责具体解释。

本规范主编单位：中国建筑东北设计研究院（地址：沈阳市和平区光荣街 65 号，邮政

编码：110003）

本规范参编单位：

中国建筑标准设计研究所

中国建筑设计研究院

北京市建筑设计研究院

上海现代设计集团

天津市建筑设计研究院

中国建筑西南设计研究院

中国建筑西北设计研究院

中南建筑设计研究院

哈尔滨工业大学

广东省建筑设计研究院

福建省建筑设计研究院

施耐德电气（中国）投资有限公司

ABB（中国）投资有限公司

广东伟雄集团

浙江湖州久立耐火电缆有限公司

本规范主要起草人：

主编：王金元副主编：洪元颐、温伯银

编委：

王可崇、王东林、尹秀伟、孙兰、成彦、刘迪先、李雪佩、李炳华

李朝栋、汪猛、杨德才、陈汉民、陈建飚、陈众励、施沪生、张文才

张汉武、胡又新、赵义堂、徐钟芳、郭晓岩、熊江、潘砚海、瞿二澜

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1 总则·························································································································································10

2 术语·························································································································································11

3 供配电系统··············································································································································15

3.1 一般规定···········································································································································15

3.2 负荷分级及供电要求·······················································································································15

3.3 电源及10、35kV 供电系统·············································································································18

3.4 电压选择和电能质量·······················································································································20

3.5 负荷计算···········································································································································21

3.6 无功补偿···········································································································································23

4 配变电所 ·················································································································································25

4.1 一般规定···········································································································································25

4.2 所址选择···········································································································································25

4.3 配电变压器选择·······························································································································26

4.4 主结线及电器选择···························································································································27

4.5 配变电所型式和布置·······················································································································29

4.6 10kV 及35kV 配电装置····················································································································31

4.7 低压配电装置···································································································································34

4.8 电力电容器装置·······························································································································35

4.9 对有关专业的要求···························································································································36

5 继电保护及电气测量······························································································································38

5.1 一般规定·········································································································································38

5.2 继电保护·········································································································································38

5.3 电气测量·········································································································································44

5.4 二次回路·········································································································································47

5.5 控制方式、所用电源及操作电源·································································································50

6 自备应急电源··········································································································································52

6.1 自备应急低压柴油发电机组·········································································································52

6.2 自备应急高压柴油发电机组·········································································································60

6.3 自备燃气轮发电机组·····················································································································60

6.4 不间断电源·····································································································································61

7 低压配电·················································································································································63

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摘要：

1前言根据建设部建标[2002]84号文的要求，规范编制组在广泛调查研究，认真总结实践经验，参考有关国际标准，并广泛征求意见基础上，对《民用建筑电气设计规范》JGJ/T16-92进行了修订。随着科学技术的发展并结合民用建筑电气设计所涉及的主要技术内容和特点，修订后的本规范在技术内容上做了相应的调整。取消了室外架空线路、电力设备防雷和声、像节目制作三章，增加了安全技术防范、综合布线、电磁兼容、电子信息设备机房和住宅（小区）电气设计五章，对其他各章所涉及的主要技术内容也进行了补充、完善和必要的修改。本规范由建设部建筑设计标准技术归口单位中国建筑标准设计研究所归口管理，授权由主编单位负责具体解释。本...

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JGJ16-2008民用建筑电气设计规范

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