1.
Inverse system control method for component of power systems based on structural model
基于结构化模型的电力系统元件逆系统控制方法
2.
This scheme is applicable to any complex fault scenarios and any detail element models of power system.
该方法可应用于任意复杂的故障场景和任意细节的电力系统元件模型。
3.
Power Flow Computation for Power System Containing FACTS Devices;
含FACTS元件的电力系统潮流计算
4.
Transient Stability Computation for Power System Containing FACTS Devices;
含FACTS元件的电力系统暂态稳定计算
5.
Element Modeling and System Simulation for Power System Harmonics;
电力系统谐波分析的元件模型和系统仿真
6.
The Research of the Architecture of Power System Analysis Software Based on Elements;
电力系统分析软件元素化体系结构的研究
7.
Small Signal Stability Analysis for Power System Including Thyristors;
含晶闸管元件的电力系统小干扰稳定性分析
8.
Visual Linearized Model of Power System Containing FACTS and Its Application;
含FACTS元件电力系统直观线性化模型及应用研究
9.
Study on Operational Reliability Evaluation Models for Components and Power Systems
电力元件和系统的运行可靠性模型研究
10.
We are specialized in Researching， Developing and Producing hi-quality， high fidelity speakers and audio systems.
公司致力于研发、产和销售高质量，高保真的电声元件及音响系统。
11.
A DC moment motor is used as the gimbal driving element to improve the tracking accuracy of the system.
选择直流力矩电机作为跟踪架驱动元件,以提高系统的跟踪精度。
12.
Model and Method for Power Flow Calculation of Power System with FACTS;
含FACTS元件的电力系统潮流计算模型与算法的研究
13.
Analysis of a Time-varying Power Component Outage Model for Operation Risk Assessment
电力系统运行风险评估中元件时变停运模型分析
14.
Study of No-storage Wind-diesel Generation System
无存储元件风柴组合发电系统的研究
15.
Magnetic Component Design and Circuit Simulation for MPC System
磁脉冲压缩系统元件参数及电路仿真
16.
The combination of these elements forms a system able to interchange active and reactive power simultaneously and independently with the power system.
由这些元件组合所构成的系统能与电力系统同时并互不相干地列相交换有功与无功功率。
17.
Research on Power System Software Based on .NET Control Model;
基于.NET控件模型的电力系统软件开发
18.
The Research on Unit Coordinated Control System;
火力发电单元机组协调控制系统研究