特高压GIS集中监造工作的若干思考  

Discussions on the Centralized Supervision of UHV GIS

作　　者：赵科[1] 李洪涛[1] 杨景刚[1] 

机构地区：[1]江苏省电力公司电力科学研究院,江苏南京211103

出　　处：《江苏电机工程》2016年第2期69-71,共3页Jiangsu Electrical Engineering

摘　　要：随着经济的飞速发展,我国的特高压输变电工程进入了一个快速建设的阶段。由于监造工作量的快速增长,在特高压SF6封闭式组合电器(GIS)设备监造中普遍采用了集中监造的方式,一方面整合了多个业主单位的优秀监造资源,另一方面提高了监造的效率。2015年江苏电网建成3座特高压变电站,江苏省电力公司电力科学研究院承担了其中特高压GIS的设备监造工作,并采用了集中监造的方式开展工作。在集中监造期间,发现了设备工装放电、零部件入厂把控不严、零部件管理混乱等典型问题,体现了集中监造的意义,并对今后的集中监造工作提出了建议。With the rapid development of economy, our country has entered a rapid construction phase of UHV power transmission and transformation project. Due to the rapid growth of the supervision work, the centralized supervision is generally adopted in the UHV GIS equipment supervisor, on the one hand, to integrate excellent manufacturing resources in several companies; on the other hand, to improve the efficiency of supervision. Three UHV substation have been built in Jiangsu power grid in 2015, and Jiangsu electric power institute have undertook the UHV GIS equipment supervision service,with the centralized supervision. The centralized supervision is of great significance due to discharge equipment, lax controls in the parts into the factory, and spare parts management confusion, etc., and the suggestions for the centralized supervision service are proposed.

关 键 词：特高压交流 特高压直流 规划电网 交互影响 

分 类 号：TM407[电气工程—电器]