目录
第一章 变压器的选择·····················································(6)
1.主变压器的选择·······················································（6）
2所用变压器的选择······················································（7）
第二章 主接线的选择·····················································（7）
2.1电气主接线的设计原则················································（7）
2.2 设计主接线的基本要求··············································（8）
2.3 电气主接线的设计方法··············································(9)·
2.4 主接线的设计步骤··················································(9)
2.5 方案设计··························································(9)
第三张 短路电流计算·················································· （11）
3.1 短路计算的目的、规定和步骤········································（11）
3.2三相短路电流计算过程··············································（12）
3.3短路电流汇总表·················································· （15）
第四章 主要电气设备的选用·············································· （16）
4.1选择各电压等级的电气设备········································ （16）
4.2电气设备选择的技术条件·········································· ··（17）
4.3主要电气设备的选择····························· ·········· ········（18）
1.附录2主接线图 ············································ ········· （20）
2附录1短路电流的计算及程序说明············································（21）
3参考文献······························································· （22）
2022-05-05 22:22:06
1002KB
1
DLT 5218-2005 220kV～500kV变电所设计技术规程.pdf
希望对大家有帮助
2022-03-17 13:37:16
2.05MB
1
该型号代表一条 220KV、单回路、40KM 的短传输线。 此处完成发送端、接收端、电压、电流和功率的测量。 这个模型最适合初学者..
祝你好运...
2022-03-13 09:34:47
12KB
1
220kv变电站电气主接线设计说明书220kv变电站电气主接线设计说明书220kv变电站电气主接线设计说明书220kv变电站电气主接线设计说明书220kv变电站电气主接线设计说明书220kv变电站电气主接线设计说明书220kv变电站电气主接线设计说明书
2022-01-07 21:22:16
265KB
1
本说明书以220KV地区变电站设计为例，论述了电力系统工程中变电站部分电气设计（一次部分）的全过程。通过对变电站的主接线设计，站用电接线设计，短路电流计算，电气设备动、热稳定校验，主要电气设备型号及参数的确定，运行方式分析，防雷及过电压保护装置的设计，电气总平面及配电装置断面设计和无功补偿方案设计，较为详细地完成了电力系统中变电站设计。
2021-12-22 10:11:18
464KB
1
基于PSASP的电网潮流计算（220kV环网）
基于PSASP的电网潮流计算（220kV环网）
基于PSASP的电网潮流计算（220kV环网）
基于PSASP的电网潮流计算（220kV环网）
、基于PSASP的电网潮流计算（220kV环网）
2021-12-13 15:53:31
1.23MB
1