Floating raft isolation system is researched on power flow.
利用功率流进行浮筏隔振系统研究。
An approach to on-line optimization of reactive power flow is proposed.
提出了一种在线求解电力系统无功优化问题的方法。
The theory of MVA loss allocation and branch power flow allocation is proposed.
提出了有功、无功联合网损分摊和支路潮流分解的理论基础。
The other is a new power flow method based on stream-graph for distribution systems.
其二是基于流图分析法的一种配电网潮流计算新方法。
An optimal power flow algorithm based on nonlinear complementarity method is proposed.
提出了基于非线性互补方法的最优潮流算法。
In this paper the harmonic power flow of power systems with rectifier busses is studied.
文章讨论了具有整流负载时电力系统的谐波潮流计算方法。
Setting open-circuit frequency and voltage algorithm for steady-state control power flow .
稳态控制潮流的设定空载频率及空载电压算法。
A branch-congruency power method is presented, based on improved Newton-Raphson power flow algorithm.
在牛顿·拉夫逊法的基础上提出了一种支路重载型潮流算法。
For optimal power flow interior point algorithm hair, not the toolbox compiled, verified, is correct.
说明：内点发求最优潮流算法，不是工具箱编的，验证过，是正确的。
An interface power control strategy based on power flow tracing and generator re-dispatch is presented.
给出一种基于潮流追踪和发电机再调度的割集断面潮流控制方法。
The transmission of power flow of the active isolation system is investigated theoretically and numerically.
对系统中振动功率流的传递进行了理论分析和数值计算。
This paper elaborates the basic principle and the power flow of UPS by Triport through mathematical analysis.
文中通过数学分析，说明三角馈电ups的基本原理和功率流向。
In this paper, an adaptive fuzzy-logic damping control scheme is proposed for unified power flow controller (UPFC).
研究了自适应统一潮流控制器(U PF C)模糊逻辑辅助阻尼控制器的设计方法。
An urgent situation analysis method based on Thevenin equivalent parameters and power flow calculation is proposed.
提出了基于戴维南等值参数和潮流解算的紧急态势分析方法。
It is found that the stiffness and damping factor of coatings greatly influence the wave propagation and power flow.
分析结果表明阻尼层的刚度和损耗因子极大地影响圆柱壳中的波传播和功率流。
With the pressure released, there is no friction at work in the clutch, and the power flow is therefore interrupted.
随着压力的减小，离合器工作状态下的摩擦力消失，动力被切断。
Compensation method has been successfully applied to PQ decoupled power flow solution dealing with line outage problem.
利用补偿算法处理PQ解耦潮流中的线路开断问题，获得了很大成功。
POS can supply more precise mathematical model to analyze the off-line power flow, stability and faults of the power system.
POS提供了更为精确的数学模型来离线分析电力系统的潮流、稳定性和故障。
Power flow calculation of power tie lines is a Paramount basic computation for studying the steady operation of power system.
电力联络线潮流计算是研究电力系统稳态运行状态的一种最主要的基本计算。
The characteristics of power flow are studied by analyzing the power flow spectra. The effects of the active control are discussed.
通过功率谱分析，研究了偏心力作用下的功率流特性，并探讨了主动控制策略的效果。
For example, power flow, reactive power compensation, voltage stability, frequency stability, and analysis of long terms dynamic process.
比如，潮流计算、无功补偿规划、电压稳定、频率稳定及长期动态过程的分析等。
This paper studies the simulation method of tie line power flow control among areas of an interconnected network in load flow calculation.
本文对潮流计算中互联电网各区域间的联络线功率控制的模拟计算方法进行了研究。
The power switches is able to control the direction of power flow as long as the capacitor voltage is kept higher than the system voltage.
只要电容电压比系统电压高，则电能开关就能控制能流方向。
The method can bring controlling of UPFC to accord with power flow simulation in the best, and can calculate the power flow with several UPFC.
该方法能够使系统的潮流计算与UPFC的控制得到充分的协调，并能用于计算具有多个UPFC的系统潮流。
Firstly, this method USES the continuation power flow (CPF) technique and both of static security and transient stability constraints are considered.
算法采用连续潮流(CPF)技术并考虑了系统的静态安全约束和暂态稳定约束。
Power flow control is one of the basis functions of UPFC series compensation control, intelligent power flow control method was studied in the paper.
潮流控制是UPFC的串联补偿控制的基本功能之一，论文深入研究了UPFC的智能潮流控制方法。
Vibration control techniques of flexible systems and power flow theories are two key points in the recent research field of vibration control engineering.
柔性振动控制技术和功率流理论是当前振动控制领域研究的两个热点问题。
Power flow transmission characteristics and vibration control in flexible isolation system are the key research subjects in the vibration-engineering field.
柔性耦合隔振系统的功率流控制和传递特性是当前振动工程领域研究的热点和难点。
Power flow transmission characteristics and vibration control in flexible isolation system are the key research subjects in the vibration-engineering field.
柔性耦合隔振系统的功率流控制和传递特性是当前振动工程领域研究的热点和难点。
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