摘要
特高压、远距离输电系统中,普通固定并联电抗器因为容升和无功潮流的突变显著地限制了线路的传输功率,而采用特高压可控并联电抗器的调节特性可以很好地提高供电质量,提高系统的输电功率和稳定性。提出了特高压可控电抗器可控调节基本原理及调节范围,结合工程实际,得到了在不同负载特性和全补偿条件下,特高压可控电抗器的控制规律,为特高压可控电抗器的工程设计提供了理论基础。
In the UHV （ultra-high voltage） and long-distance power transmission systems, the reactive power tide can change abruptly, and the common non-controlled reactors restrict the circuitry＇s transmission power evidently. Using UHV controlled shunt reactors can resolve the line frequency operating overvoltage and reduce power grid loss, and improve the power quality and the system＇s stability. In this paper, the controller g-adjust fundamental principle and regulating ranges of UHV controlled shunt reactors are studied using the p-type equivalent circuit of long lines. To achieve an adaptive control method and range, a novel compensation method and its regulating range is proposed under different loads and compensation degrees. The provided results are the theoretical foundation of the UHV controlled shunt reactor design.
出处
《电工技术学报》
EI
CSCD
北大核心
2006年第12期116-121,共6页
Transactions of China Electrotechnical Society
关键词
特高压
可控电抗器
无功功率
补偿度
UHV, controlled shunt reactor, reactive power, compensation level
作者简介
周腊吾 男，1965年生,博士研究生，副教授，从事电力电子技术在电力系统中的应用、现代交流调速技术方面的教学和科研工作。
朱英浩 男，1929年生,中国工程院院士，从事变压器、特高压输电技术的设计和研究。
