FACTS元件由于其快速灵活的调节能力，在电力系统的许多应用领域都受到了重视，为抑制SSR提供了有力的工具。
As the fast and flexible adjustment ability of FACTS equipment, many application fields of power system have pay more attention to it, and it provides useful tools to restrain SSR.
有载分接开关(OLTC)的调节特性和负荷特性对电力系统电压稳定性具有极大的影响。
Both regulating characteristics of on-load tap changer (OLTC) and load characteristics greatly impact power system voltage stability.
船舶电力系统的电压调节和无功功率分配密切相关。
There had close relation between voltage adjustment and reactive power distribution in ship power system.
在现代电力系统中，统一潮流控制器(UPFC)是调节电压和潮流的有效手段。
The unified power flow controller (UPFC) has been proved to be an effective means for regulating voltage and power flow in modern power systems.
增量运动控制系统涉及微秒级甚至纳秒级的电力电子器件的开关暂态过程、毫秒级的数字控制器调节过程和秒级的电动机机电过渡过程。
Increment motion control system refers to microsecond even nanosecond electronic apparatus switch transient process, millisecond digital controller adjust process and second motor transition process.
研究结果表明，该控制策略实现了励磁控制与汽门调节的动态解耦，应用该方法可显著提高电力系统的暂态稳定性。
The simulation result shows that the control strategy can realize the dynamic decoupling control of excitation and valve and so it can considerably increase the dynamic stability of power system.
综合考虑电力系统的实际约束和无功调节手段。
Reality constraint conditions and the adjustment of reactive power were taken into consideration.
交流电力测功机是发动机测功系统的重要设备，励磁控制系统是测功系统负载调节的主要控制装置。
AC electrical dynamometer is a key equipment of engine power-test system, whose load is mainly regulated by the excitation control system of electrical dynamometer.
励磁调节器是同步发电机励磁系统的重要组成部分，对同步发电机乃至电力系统的安全稳定运行有着重要影响。
The excitation Regulator, as a main part of excitation system in the synchronic generator, plays an important role in the safe and steady operation of generators and power systems.
制造电子调节器，操纵系统及电力驱动单元用的类似装置，特种配电变压器。
Manufacture of electronic regulators, steering systems and similar devices for electric drive units, power, distribution, and specialty transformers.
传统电能质量调节系统最大的障碍是大功率电力电子器件的成本。
The supreme obstacle of traditional power quality conditioners is the cost of power electronic devices in the system.
飞轮储能式柔性功率调节器(FPC)是一种以储能原理为基础的电力系统稳定控制装置。
Flywheel type flexible power conditioner (FPC) is a power system stability control device based on the energy storage theory.
针对目前电力系统远动装置交流采样通常使用的调节方法，提出采用软件调节的方法对交流采样参数进行快速整定。
According to the regulation method used in AC sampling for telecontrol equipment, this paper introduces the fast setting method using software to regulate for AC sampling parameters.
通过实例计算表明：所提出的系统动态模型对于研究STATCOM动态无功的调节对电力系统电压稳定性的控制作用是有效的。
The calculated result of a example shows: the system dynamic model and analyzing method referred to in this thesis is very effective in studying STATCOM control to electric power system.
电力系统中超导磁储能系统的应用能够解决一些系统问题，但是系统中其他的调节装置和超导磁储能系统如何协同操作才能最大限度地发挥各装置的特点。
The superconducting magnetic energy system could solve some problems which still limit the development and stability of the power system. How can SMES work better with the other facility?
电梯运行过程中，会调节轿厢加速及电梯运行速度以节约电能——减速时产生的电能供给到内部电力系统。
Cab acceleration and speed of travel are adjusted during operation to save electricity - the energy generated when braking is fed into the in-house power networks.
可广泛用于自来水、污水、建筑、石油、化工、食品、医药、轻纺、电力、船舶、治金、能源系统等流体管线上作为调节和截流装置使用。
It's utilized as controlling and checking equipment in water supply, sewage disposal, construction, oil, chemicals, food, medicine, textiles, electricity etc.
励磁调节器是同步发电机励磁系统的重要组成部分，对发电机及电力系统的安全稳定运行起着十分重要的作用。
Excitation regulator is an important part of the synchronous generator excitation system. It 's also important for safely and stably running of the generator and the electric power.
电能质量调节装置动态电压调节器（DVR）就是一种应用于输配电系统的电力电子装置。
The dynamic voltage regulator (DVR), one of the power quality conditioners, is a type of power electronic devices used in power transmission &. distribution system.
在这一背景之下，研究高效率的电压调节模块，对于节约能源、减小热应力、提高系统的可靠性，实现绿色电力电子具有重大意义。
Against this background, it is significant to study the VRM with high efficiency, because it can save energy and reduce the thermal stress.
研究结果表明，该控制策略实现了励磁控制与汽门调节的动态解耦，应用该方法可显著提高电力系统的暂态稳定性。
The simulation result shows that the control strategy can realize the dynamic decoupling control of excitation and valve and so it can co…
研究结果表明，该控制策略实现了励磁控制与汽门调节的动态解耦，应用该方法可显著提高电力系统的暂态稳定性。
The simulation result shows that the control strategy can realize the dynamic decoupling control of excitation and valve and so it can consider...
研究结果表明，该控制策略实现了励磁控制与汽门调节的动态解耦，应用该方法可显著提高电力系统的暂态稳定性。
The simulation result shows that the control strategy can realize the dynamic decoupling control of excitation and valve and so it can consider...
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