摘要
给出了基于遗传算法对无源滤波装置参数进行设计的优化方法。为分析流入电网的谐波电流 ,给出了应用Norton定理建立的无源滤波装置在谐波下的模型及谐波电流的表达式。现场实测结果表明 ,应用参数优化设计的无源滤波装置后注入电网的谐波电流符合国家GB T— 14 5 49— 93标准 ,功率因数由原来的 0 .82提高到 0 .94。
An optimization method for parameter design of a Passive Power Filter based on the Genetic Algorithm is presented. In order to analyze the harmonic current in jected into the power system, a model of passive power device and expressions of the harmonic currents are proposed according to Norton theorem. Practical tests show that, the harmonic currents injected into the power system meet the national criterion GB/T—14549—93 and its power factor is increased to 0.94 from 0.82 by optimization method.
出处
《自动化技术与应用》
2004年第12期67-69,共3页
Techniques of Automation and Applications
关键词
无源滤波装置
遗传算法
优化设计
谐波电流
Passive power device
Genetic Algorithm
Optimization design
Harmonic current
