1.
Design and Implementation of Automatic Voltage and Reactive Power Control System;
自动电压无功控制系统的设计与实现
2.
Discussion of Question on City Electrical Network Automatic Voltage and Reactive Power Control (AVC) Construction;
城市电网自动电压无功控制系统（AVC）建设相关问题的探讨
3.
Construction of Automatic Voltage Control (AVC) System
无功电压自动控制(AVC)系统建设
4.
Research of Voltage and Reactive Power Auto Control in Substations Based on the Factor of Harmonic;
考虑谐波因素的变电站电压无功自动控制研究
5.
The Study on the Substation Voltage and Reactive Power Synthetic Control Based on Genetic Algorithm;
基于遗传算法的变电站电压无功综合自动控制
6.
Application and Analysis of Automatic Voltage Control System for Upgrading in the Voltage Areas
地区电网无功电压自动控制系统升级改造
7.
Application of automatic voltage-var control system in fuel gas power plant
电压无功自动控制系统在燃气电厂的应用
8.
Correction and Improvement of the Setting Value of Automatic Reactive Voltage Control
电压无功自动控制装置定值的修正与改进
9.
Analysis on Implementing Methods and Applying Technology of Voltage Quality Control
电压无功自动控制实现方式与应用技术分析
10.
Is there any reactive power error control in AVR?
自动调压器有无功功率误差控制吗？
11.
The Analysis and Application of AnHui Regional PowerPlant Reactive Power Automatic Voltage Control(AVC);
安徽区域发电厂无功电压自动控制（AVC）分析及应用
12.
Integrated voltvar control
电压／无功综合控制
13.
If the system voltage starts to rise above the desired value, the control circuit will automatically decrease the field excitation and reduce this high voltage by absorbing reactive power.
若系统电压开始升高超过要求值,控制电路就自动降低励磁电流,通过吸收无功来降低电压,
14.
Note: auto-control hydraulic test pump achieves automatic control of pressure by adding a set of control devices on the basis of the original electric hydraulic test pump.
注：压力自控试压泵是在原电动试压泵的基础上加装一套控制装置，来实现压力自动控制功能。
15.
A new strategy for area voltage/VAR control based on operation-state-diagnosing method
基于控制设备动作状态诊断的区域电网电压无功控制方法
16.
Research on Synthetical Control of Voltage and Reactive Power in Substation;
变电站电压无功综合控制系统的研制
17.
The Development of the Integrated Volt/Var Control Device at the Substations;
变电站电压无功综合控制装置的研制
18.
Strategy of Voltage and Reactive Power Control on Global Optimization Control;
全网无功优化的变电站电压无功控制策略