svc

A new method of accurately setting reference values of power factor in the control of static var compensation ( SVC) is introduced.

介绍了一种在静止无功功率补偿（SVC）控制中精确跟踪功率因数参据量的方法。

The neurons PID SVC of synchronous generator

同步发电机的神经元PID调速控制

The SVC its controller and pitch control model is set up in the power systems.

针对兆瓦级水平轴变桨距风力发电机的控制要求,设计了液压控制系统.

On-site measurements in four different SVC-based substations demonstrate that the high frequency electromagnetic emissions produced by the SVCs are mainly from 10 kHz to 3.5 MHz, with the maximum emission amplitudes 0.87 A/ m and 114 V/ m recorded for H-and E-field respectively.

4个安装不同类型SVC的变电站的现场测试和分析表明，SVC的高频电磁辐射集中在10kHz～3.5MHz，最大辐射强度为磁场0.87A/m和电场114V/m。

The results show that: hydraulic characteristics, electrical resistivity characteristics, heat exchange performance and control performance of cooling system meet the SVC ( Static Var Compensator) valve requirements.

实验结果表明：散热系统的水力特性、电阻率特性、热交换性能和控制性能能够满足散热系统以及SVC（静止无功补偿装置）阀组的要求。

Application of SVC in 6 KV system of Wuyang Rolling Mill

SVC在舞钢轧钢厂6KV系统中的应用

Investigation of Dynamic Static Var Compensation ( SVC) Program for Electrified Railway and Application of Controllable Reactor

电气化铁路动态无功补偿（SVC）方案探讨及可控电抗器的应用

A fast detection method of signal required by SVC controller

SVC控制所需信号的快速检测方法

Power factor must be measured if the controlled parameter of SVC is power factor.

以功率因数为被控参数的SVC, 需要测量功率因数.

SVCs are use in situations where data transmission is sporadic.

svc用于数据传输是周期性的情况.

The influences of SVC on Shandong power system are analyzed in transmission capacity and voltage stability.

分别从提高输电能力和电压稳定性两个方面研究SVC的影响.

Design of Active Filter for Static Var Compensation ( SVC) Measurement

用于动态无功补偿检测的有源滤波器设计

The circuit for one SVC is shown in Figure 11-1 .

svc的电路如图 11—1 所示.

This article aims to two system faults which caused by Three Phase Short Circuit and Single Phase Earthing, and the enhancement of System Transient Stability by adopting Fast Valving and SVC Compensate and Cooperative Control.

本文针对系统发生三相短路和单相接地两种故障情况，在故障期间同时采用快关汽门调速与SVC补偿协调控制来提高系统暂态稳定性。

Harmonic control and reactive power compensation is the important problem which need to solve urgently. Currently, method generally choose hybrid electric power filter system which combinate static reactive compensation ( SVC) and active filter ( APF).

谐波抑制和无功补偿是当前电力系统中迫切需要解决的问题，目前一般是采用静止无功补偿（SVC）和有源滤波（APF）相结合的混合型电力滤波系统。

A non-affine nonlinear model for a single-machine infinite-bus system with static VAR compensator ( SVC ) is established.

对于含 静止无功补偿器 的 单机 无穷大系统建立了 非 仿射非线性模型.

A high power dynamic static var compensator ( svc) based on current modulation

基于电流调制的高功率动态静止无功补偿装置

Based on DSP this paper design and implement a SVC controller.

本文设计并实现了基于DSP的静止型动态无功补偿装置调节器.

It is emphasised on that structure feature and principle analysis of TCT SVC as well as the technical characteristics and effectiveness of energy saving after the equipment used.

重点介绍了TCT型SVC的构成特点、原理分析及应用该装置后的技术性能和节能效果。

The SVC equipment can respond to a system change in a few cycles.

svc设备可在几个周波内对系统的变化作出响应.

It is illustrated that SVC can improve the stability and dynamic performance asusefulin Yangcheng transmission system.

数字仿真的结果表明:静止无功补偿器能提高系统稳定性和动态性能.

A balance control method and signal detection needed for SVC control

SVC平衡控制方法及其所需信号的检测

To carry out these applications it would be enough to use a Static Var Compensator ( SVC ).

要执行此功能,采用静止无功补偿 ( SVC ) 就足够了.

Purchasing svc no longer to be served.

因个人原因暂时不提供代购服务.

An Inverse System Method for Designing SVC Nonlinear Control Law

SVC非线性控制的逆系统方法

Since then, numerous units have been installed to solve large industrial load problems.

从此之后, 无数的svc设备被用来解决工业大负荷问题.

Simulation results show that the coordination of TCSC and SVC can achieve better voltage support, power control, and transient stability, and reaches the purpose of multi-objective control.

仿真分析表明，TCSC和SVC的协调工作能较好的实现节点电压支持、功率控制、提高系统暂态稳定多个控制目标。

SVCs provide a way for automatic creation of a path for voice.

SVC提供了一种自动建立话音通道的方法.

This paper demonstrates a fuzzy sliding mode control ( FSMC ) scheme for static VAR compensator ( SVC ).

本文的主要研究内容是:将模糊滑模变结构理论应用于 静止无功补偿器 的控制之中.

An inverse system method which is developed to design nonlinear control system has been used to convert a SVC nonlinear control problem to a linear optimal control problem.

利用非线性控制的道系统方法，将静止无功补偿装置（SVC）非线性控制问题变换为相应的线性化控制问题。