| 释义 |
tcscBNC¹⁷³⁹⁹⁵⁺²
基本例句
Trainer Control and Simulation Computer 训练器控制与模拟计算机
A close-loop control is put forward to improve the step characteristics of TCSC with capacitive voltage as its synchronization signal.
提出闭环阻抗控制，用以改善以电容电压为同步信号时 TCSC的阻抗阶跃特性。 cnki
A variable structure controller based on fuzzy logic for Thyristor Controlled Series Capacitor TCSC has been analyzed and designed.
本文分析设计了基于模糊逻辑的可控串补变结构控制器。 cnki
It analyses the TCSC dynamic dampingcharecteristics from equivalent concept, and obtains the conclusion that can cut down the response time of the impedance adjustment in close-loop control.
从等效的概念上分析了 TCSC的动态阻尼特性。得到了采用闭环控制方式可缩短阻抗调节时响应时间的结论。 cnki
The complex torque coefficient approach realized by ti me domain simulationthe Test Signal Method is adopted in this paper to study the SSR damping characteristics with TCSC.
采用基于时域仿真实现的复转矩系数法—测试信号法研究了含有可控串补 TCSC的电力系统中的次同步谐振 SSR阻尼特性。 cnki
The paper presents a parameter optimization scheme of TCSC and its additional damping controller based on time domain simulation.
提出了一种基于时域仿真的可控串联电容补偿 TCSC及其附加阻尼控制器的参数优化方案。 cnki
The particle swarm optimizationPSO technique is applied to find the optimal location of TCSC with maximum system load ability and minimum cost of installation of TCSC.
提出一种采用粒子群优化技术，以系统载荷能力最大化及安装费用最小化为目标，确定 TCSC最佳安装位置的方法。 cnki
Thereby, for restraining SSO, thyristor controlled series compensation TCSC should be adopted.
为了抑制次同步振荡，应采用可控串联电容器补偿 TCSC。 cnki
This method chooses the input signal of TCSC POD controller by the residue ratio method and tunes the controller by compensating the residue phase.
采用留数比为指标对 TCSC POD控制器输入信号进行选择，采用补偿留数相位的方法对控制器参数进行整定； cnki
A new test signal method based approach to design power oscillation damping POD controller for TCSC is proposed, by which the bulky eigenvalue calculation of state matrix can be avoided.
提出了一种基于测试信号法的 TCSC功率振荡阻尼 POD控制器的设计方法，避免了计算量庞大的状态矩阵特征值计算。 cnki
A method based on synergetic control theory for the design of TCSC controller is presented and the simulation in a single machine infinite bus power system is made.
提出了一种利用协同控制理论设计可控串联补偿电容器 TCSC控制器的方案，并以单机无穷大系统为例进行了仿真试验。 dictall
As to the problem of sub synchronous resonance SSRin thyristor controlled series compensation TCSC circuit, a method to real time detect and suppress sub harmonic has been put forward.
针对晶闸管控制的串联补偿电路 TCSC的次同步谐振 SSR问题，提出了一种可实时检测次同步谐振，并对其加以抑制的方法。 cnki
Controlling strategies on TCSC and achievements in this area are summarized and some related problems are analyzed.
对 TCSC装置的各种控制策略和研究成果进行分类归纳并分析相关问题。 cnki
Intransient state, TCSC can damp the power oscillations and improve the stability.
暂态下， TCSC能抑制系统功率振荡，提高系统稳定性。 cnki
The research work supports further studies of the dynamic characteristics and control strategy of TCSC and its controller with a well-founded experimental platform.
装置的成功研制，为更深入研究 TCSC及其控制器的动态特性和控制策略提供了良好的实验平台。 cnki
The graded series capacitor in TCSCThyristor Controlled Series Compensation lowers the adjustable inductance capacity and the cost.
采用电容分级式可控串补策略可大大降低可调电感容量及成本。 cnki
This dissertation focuses on the characteristics of TCSC installation, active overvoltage protection and control.
本文主要研究了 TCSC的装置特性和主动过电压保护及其控制。 dictall
This paper interprets the means of the development of the preset unit of TCSC Test Controller with ARM microprocessor, embedded real time operating system and the USB technique.
本文采用 ARM处理器技术、嵌入式实时操作系统技术和通用串行总线USB技术来完成 TCSC实验系统控制器前置单元的实际开发。 cnki
This paper analyzes the affection of UPFC, TCPST, TCSC and energy storage elements to distance protection.
文中分析 TCSC、 UPFC、 TCPST和储能元件对距离保护产生影响的决定性因素。 cnki
This thesis focuses on development of TCSC experimental setup, including whole scheme design, system realization and test for the experimental setup of TCSC.
本文以 TCSC实验装置研制为主要目标，在装置整体方案设计、动模实验系统的实现以及实验等三个主要方面开展研究工作。 cnki
Thyristor controlled series compensation TCSC possesses important meaning in damping low frequency oscillation in power system.
可控串联补偿 TCSC对于阻尼电力系统低频振荡具有重要意义。 cnki
TCSC can be used to improve the transmission capacity and voltage distribution of some transmission aisle.
利用 TCSC可以提高电力系统某一输电走廊的输送能力和改善输电走廊上的电压分布； cnki
TCSC physics model can really reflect the physical nature of a power transmission system, and meanwhile simulate all kinds of system operation condition.
TCSC物理模型能真实地反映实际系统的物理特性，同时又能模拟系统的各种运行条件。 cnki |