摘要
对连续潮流问题及其在电力系统静态稳定性分析中的应用进行了全面的综述。从连续潮流用于系统静态稳定性分析的理论基础、连续潮流的模型分类、连续潮流的算法分类和连续潮流的用途等方面分别进行了评述。对于连续潮流的其他相关发展,如快速解耦法连续潮流问题、双参数稳定边界连续潮流问题、连续最优潮流问题及其考虑一些动态元件的静态特性的连续潮流模型做了介绍。随着电力系统静态稳定评估和控制功能的在线应用,连续潮流技术必将成为能量管理系统中一个基本的计算引擎。
A comprehensive review of continuation power flow (CPF) and its applications in static stability analysis of power system is presented in this paper. The summarization on CPF is given in terms of the theoretical basis of CPF applications, the model classification, the algorithm classification and the utilization classification. The introduction of other relative developments of CPF such as the continuation fast decoupled power flow model, the continuation optimal power flow problem, the computation of the power flow solution boundary in two parameters space and the CPF problem with static characteristic of load or FACTS equipments, is presented. With the real time application of the static stability assessment and control functions in EMS, CPF will become a basic computational engine like power flow calculation.
出处
《电力系统自动化》
EI
CSCD
北大核心
2005年第11期91-97,共7页
Automation of Electric Power Systems
