PSASP

Optimal Reactive Power Planning Using PSASP ; Reactive power planning in high voltage power distribution network

基于PSASP的兖矿电网无功规划优化地区高压配电网无功规划分析和应用

The power system analysis software package ( PSASP ) is adopted by the operators for the powerful calculation function .

电力系统综合分析程序（PSASP）以强大的计算仿真功能被广大研究人员所采用。

In this paper the function of PSASP / UPI are used and the power flow programs are written .

本文利用PSASP/UPI功能，编写了多端直流输电系统的潮流计算程序。

In addition , dynamic monitoring and warning of grid operation state based on PSASP is realized by graph mode integration technology .

此外，利用图模一体化技术，实现电网运行状态基于PSASP软件平台的动态监视和告警。

Second , it analyzes the power system after the interruption of the frequency dynamic characteristics by using power system simulation software ( PSASP ) .

其次，应用PSASP电力系统仿真软件，分析了自备电厂整合以后频率的动态特性。

The designed excitation laws with the optimized results are modeled and simulated by power systems analysis soft package ( PSASP ) .

根据所得优化计算结果，使用电力系统分析综合程序（PSASP6.2）用户自定义功能对求取的励磁规律建摸、仿真。

Then the effect of model 's parameters and structure on power system transient stability is simulated on WSCC-9-bus system and Hunan power system using PSASP .

然后，以PSASP为仿真手段，以湖南电网和WSCC-9节点系统为研究对象，仿真研究感应电动机模型参数及综合负荷模型结构对电力系统暂态稳定性的影响。

A negative-sequence source model based on the measured data and an practical power system example is given to analyze the asymmetric power flow with PSASP .

采用现场实测数据进行负序源建模，然后用PSASP软件进行了实际电网不对称潮流分析计算。

Process static state security analysis and transient stability simulation calculation based on power flow using Chang Zhi Power Grid in Power System Analysis Software Package ( PSASP ) .

采用电力系统分析综合程序（PSASP），以长治电网为例，进行了基于潮流的静态安全分析及暂态稳定仿真计算。

With the sparse vector method and a new fault solution method , the PEBS and EEAC methods of Power System Analysis Software Package ( PSASP ) are improved .

应用稀疏矢量技术和新的故障算法改进了电力系统分析综合程序（PSASP）中已有的PEBS和EEAC直接法计算程序。

Short-Circuit module ( SC ) in Power System Analysis Software Package ( PSASP ) is one of the most widely used programs for the calculating of short-circuit in China .

《电力系统分析综合程序》（PSASP）中的短路计算模块（SC），是我国电力系统广泛采用的短路计算程序。

A detailed user-defined ( UD ) auxiliary frequency controller ( AFC ) model of HVDC has been developed based on Power System Analysis Software Package ( PSASP .

基于电力系统分析软件包PSASP，使用其用户自定义功能，建立了辅助频率控制模型。

PSASP applied in the paper , the problems raised by the Shandong high-voltage test hall connected to the grid are discussed , and then the solutions are put forward .

应用中国电科院的PSASP程序，对山东电力研究院高压试验大厅接入电网所产生的若干问题进行了计算分析，并针对性地提出了解决措施。

In simulating stability project the result of RTDS and PSASP are compared in this paper , which proves that RTDS can be used efficiently in power system stability area .

通过将RTDS在稳定性课题中的模拟分析结果与通用非实时软件PSASP的结果进行对比，证明RTDS也可以有效地应用于电力系统稳定分析的研究领域。

In order to make full use of grid real-time data in daily analysis and calculation and simplify the data entry , the online interface software of EMS and PSASP is developed .

为了充分发挥电网实时数据在日常分析计算中的作用，简化数据录入工作，开发了EMS系统与仿真软件的在线数据接口软件。

Combined with measured data through PMU in actual electrical network , compare load model with the common used by simulation software , byadjusting parameters of systematic load model in PSASP .

本文结合实际电网中安装PMU所得的实测数据，在综合程序（PSASP）中通过调节综合负荷模型的参数，与仿真软件中常用的负荷模型进行了细致的比较。

This paper briefly gives a description of the concept of power system stability and the content of Power System Analysis Software Package ( PSASP ), and illustrated static and dynamic load model in detail .

简要介绍了电力系统暂态稳定性的基本概念以及电力系统综合程序（PSASP）的基本内容，详细叙述了静态负荷模型和动态负荷模型。

The mathematical models for transient stability calculation in PSASP and PSS / E respectively developed by China Electric Power Research Institute and PTI Inc. , in USA are compared and analyzed .

对中国电力科学研究院开发的PSASP程序与美国PTI公司开发的PSS/E程序的暂态稳定计算数学模型进行了分析比较。

The calculation of TTC is solved by repeatitive linear iteration based on sensitivity computation . It is implemented by DLL programming with PSASP / UPI .

采用基于灵敏度计算的反复线性迭代法，编写DLL格式的用户程序与PSASP接口，实现了TTC的寻优计算。

On the basis of dynamic model of VSC-HVDC transmission system and by use of the user-defined function provided by Power System Analysis Software Package ( PSASP ), the dynamic simulation of multi-machine power system incorporated with VSC-HVDC is implemented .

在VSC-HVDC动态模型的基础上，利用电力系统分析综合程序提供的用户自定义功能（PSASP/UD），实现了含有VSC-HVDC的多机系统动态仿真。

The control effect and mutual conversion of the main control modes in HVDC system are considered in this program , and proving it through the function of user program interface ( UPI ) of power system analysis software package ( PSASP ) .

该程序考虑了直流输电系统主要控制方式的控制作用及其相互转换，并且利用电力系统分析综合程序（PSASP）的用户自定义程序接口（UPI）功能加以验证。