摘要
针对设备检修信息量大、任务繁重和检修条件下运行方式依赖人工、主观性偏重的现状,将电网检修计划编制与其运行方式选取进行联合分析。设计并开发了一套针对110kV配电网的智能检修与安全校核管理系统。采用TWaver和计算机先进技术,形成完整的建模、管理与评价体系,实现了电网数据可视化呈现和电网在线监测、预警;应用遗传聚类算法,实现了电网设备检修计划智能编排和运行方式辅助分析。通过介绍系统功能和应用实例,表明了系统的有效性。
In light of massive information and heavy task of equipment overhaul,and heavy reliance on manpower and strong subjectivity in overhaul operation mode,grid overhaul scheduling combined with operation mode selection are comprehensively analyzed.The design and development of an intelligent overhaul and safety check management system for 110kV distribution network are presented.By using TWaver and computer advanced technology,a complete set of modeling,management and evaluation system is formed,and the aim of grid data visualization,grid on-line monitoring and early warning is achieved. Based on genetic clustering algorithm,the overhaul scheduling intelligent compiling and operation mode assisted analysis of grid equipment are completed.The effectiveness of the system is demonstrated by introducing its system functions and application example.
出处
《电力系统自动化》
EI
CSCD
北大核心
2013年第2期125-129,共5页
Automation of Electric Power Systems
关键词
运行方式
检修优化
TWaver
遗传算法
聚类分析
operation mode
maintenance optimization
TWaver
genetic algorithm
clustering analysis