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交流特高压现场交接关键试验技术研究

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主要针对皖电东送淮南至上海特高压交流输电示范工程特高压变电站主设备特殊交接试验技术及相关数字仿真建模技术进行研究.解决了交流特高压变压器现场局部放电试验空间电磁干扰难题,实现了交流特高压GIS现场耐压试验故障准确定位,破解了交流特高压同塔双回线路参数测试的交直流干扰问题,创新特高压GIS 1 100 kV现场耐压试验带局部放电检测,对特高压主变现场局部放电试验用励磁变压器进行优化设计,完成首台1 000kV有载调压主变压器现场交接试验,并完成试验关键设备优化配置技术研究.
Key Testing Technology for AC UHV On-Site Handover
This paper focuses on UHV substation main equipment handover testing technology and related digital simulation modeling technology in the power transmission demonstrative project Anhui-Huainan-Shanghai.It solved the problem of electromagnetic interference in AC UHV transformer on-site partial discharge testing space,realized fault accurate positioning in AC UHV GIS on-site pressure testing,worked out the AC/DC interference in parameter testing of AC UHV double-circuit line on the same tower,innovated UHV GIS 1100 kV on-site pressure test with partial discharge detection,used excitation transformer to make optimization design for UHV main transformer on-site partial discharge test,completed the first 1000 kV on-load voltage regulating main transformer site commissioning test,and completed technology research on key test equipment optimal allocation.

AC UHVGISdouble-circuit lines on the same towerpartial discharge

陈洪岗、祝达康、林一

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国网上海市电力公司电力科学研究院,上海200437

交流特高压 GIS 同塔双回线路 局部放电

2014

华东电力
华东电力试验研究院有限公司

华东电力

CSTPCD
影响因子:0.551
ISSN:1001-9529
年,卷(期):2014.42(12)
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