摘要
耦合电容器作为线路载波装置及电容式电压互感器的主要组成部分,已在电力系统中被广泛应用。研究如何合理的进行耦合电容器设计,对缩小产品体积、降低成本、提高产品性能是十分必要的。笔者将耦合电容器的设计问题与现代优化方法相结合,应用模拟退火优化策略进行优化设计,改进了产品的设计技术。
Coupling capacitor, as the main equipment of the power line telecommunication carrier and main part of capacitor voltage transformers, has been widely used in the power system. The research on how to reasonably design the coupling capacitor is necessary in reducing volume and cost and improving performance of the products. The optimization design is made with simulated annealing algorithm and in combination of design issue of capacitor and modem method, thus improving the design technology of the product.
出处
《电力电容器与无功补偿》
2010年第5期33-36,共4页
Power Capacitor & Reactive Power Compensation
关键词
耦合电容器
优化设计
模拟退火法
coupling capacitor
optimization design
simulated annealing algorithm
