内容简介
T/CPSS 1002-2019低压有源电压偏差补偿装置
Low voltage active voltage deviation compensator
2019-07-31 发布
2019-08-01 实施
目 次
前言 ................................................................................1
1 范围 .............................................................................. 1
2 规范性引用文件 .................................................................... 1
3 术语和定义 ........................................................................ 1
4 功能要求 .......................................................................... 3
4.1 电压偏差补偿能力 .............................................................. 3
4.2 其他补偿功能（可选） .......................................................... 3
4.3 补偿状态/旁路状态切换能力 ..................................................... 3
4.4 保护功能 ...................................................................... 3
4.5 操作、通信功能 ................................................................ 4
5 技术要求 .......................................................................... 5
5.1 额定值 ........................................................................ 5
5.2 环境条件 ...................................................................... 5
5.3 装置性能要求 .................................................................. 5
5.4 结构 .......................................................................... 6
5.5 温升限值 ...................................................................... 6
5.6 绝缘性能 ...................................................................... 6
5.7 电磁兼容性 .................................................................... 7
5.8 湿热性能环境试验 .............................................................. 7
6 试验方法 .......................................................................... 7
6.1 试验条件 ...................................................................... 7
6.2 一般要求 ...................................................................... 8
6.3 外观和结构检查 ................................................................ 8
6.4 绝缘试验 ...................................................................... 8
6.5 电气性能试验 .................................................................. 8
6.6 保护功能试验 ................................................................. 10
6.7 电磁兼容试验 ................................................................. 10
6.8 操作、通信试验 ............................................................... 10
6.9 耐湿热性能环境试验 ........................................................... 10
7 检验规则 ......................................................................... 10
7.1 检验类别 ..................................................................... 10
7.2 试验场所 ..................................................................... 10
7.3 型式检验 ..................................................................... 11
7.4 出厂检验 ..................................................................... 11
8 标志、包装、运输、贮存 ........................................................... 12
8.1 标志和随机清单 ............................................................... 12
8.2 包装与运输 ................................................................... 12
8.3 运输 ......................................................................... 13
8.4 贮存 ......................................................................... 13
附录 A（资料性附录） 有源电压偏差补偿装置的工作原理、接入方式和系统构成 ............. 14
图 1 响应时间示意图····································································································· 3
图 2 电气性能试验电路·································································································· 8
图 A.1 有源电压偏差补偿装置工作原理示意图··································································14
图 A.2 装置接入方式示意图 ··························································································15
表 1 装置性能要求········································································································ 5
表 2 保护导体（铜）的最小截面积··················································································· 6
表 3 介电强度试验电压·································································································· 7
表 4 检验项目·············································································································10