山西煤炭
山西煤炭
산서매탄
SHANXI COAL
2014年
9期
76-77
,共2页
无功补偿%晶闸管控制电抗器型(TCR型)%磁控电抗器型(MCR型)%静止无功发生器(SVG型)
無功補償%晶閘管控製電抗器型(TCR型)%磁控電抗器型(MCR型)%靜止無功髮生器(SVG型)
무공보상%정갑관공제전항기형(TCR형)%자공전항기형(MCR형)%정지무공발생기(SVG형)
reactive compensation%thyristor controlled reactor (TCR)%magnetically controlled reactor (MCR)%static var generator(SVG)
随着矿井开采条件的变化，大量冲击性负荷设备越来越多，对煤矿供电质量、设备使用寿命及安全运行带来很大影响，仅靠传统的无功补偿方式很难解决，作者对煤矿供电系统中常用的三种静止型动态无功补偿装置的基本原理及工程特点做了分析，并提出了推荐的设备配置方案。
隨著礦井開採條件的變化，大量遲擊性負荷設備越來越多，對煤礦供電質量、設備使用壽命及安全運行帶來很大影響，僅靠傳統的無功補償方式很難解決，作者對煤礦供電繫統中常用的三種靜止型動態無功補償裝置的基本原理及工程特點做瞭分析，併提齣瞭推薦的設備配置方案。
수착광정개채조건적변화，대량충격성부하설비월래월다，대매광공전질량、설비사용수명급안전운행대래흔대영향，부고전통적무공보상방식흔난해결，작자대매광공전계통중상용적삼충정지형동태무공보상장치적기본원리급공정특점주료분석，병제출료추천적설비배치방안。
With the change of mining condition, there are more and more impact load equipments, which have big influence on power supply quality, equipment service life, and safety operation in mines. The conventional reactive compensation could hardly solve the problems. The author analyzed the principles and engineering characteristics of three common static var generators in the power supply system in mines and proposed an equipment configuration scheme.
