电力系统自动化2017，Vol.41Issue(22)：26-32,47,8.DOI:10.7500/AEPS20170206002
基于稳态特性的特高压半波长与直流混联系统电压无功控制
Voltage and Reactive Power Control of Ultra-high Voltage Half-wavelength and DC Hybrid System Based on Steady State Characteristics
摘要
Abstract
An ultra-high voltage (UHV) half-wavelength alternating current (AC) power transmission line connected to the original direct current (DC) asynchronous networking system is built based on the quasi-steady model of UHV half-wavelength.A combined reactive power control scheme is proposed for halLwavelength transmission system with different power supply of half-wavelength and DC power by means of the DC link filter and the power supply terminal reactive power compensation device.In order to improve the power factor at the end of the half-wavelength transmission system,which is based on the voltage and reactive power characteristics of the half wavelength transmission line on both sides of the half-wavelength transmission line.The steady-state operation characteristics of the system including voltage and current distribution characteristics of the half-wavelength transmission line under different power supply and load power factors are analyzed,as is the influence of the variation of DC operating power on the voltage of the half-wavelength transmission system.关键词
半波长输电线路/特高压直流/无功控制/稳态特性Key words
half-wavelength transmission line/ultra-high voltage direct current/reactive power control/steady-state characteristics引用本文复制引用
赵倩宇,王守相,秦晓辉,张彦涛,姜懿郎..基于稳态特性的特高压半波长与直流混联系统电压无功控制[J].电力系统自动化,2017,41(22):26-32,47,8.基金项目
This work is supported by State Grid Corporation of China (No.XTB17201600100-01).国家电网公司科技项目(XTB17201600100-01). （No.XTB17201600100-01）
