摘要
针对风电场/光伏电站二次系统繁多,存在信息冗余和信息孤岛的特点,提出了新能源集控平台架构,实现了对风电场/光伏电站监控系统、升压站监控系统、功率预测系统、状态监测系统、有功/无功控制系统等二次系统的一体化整合。介绍了基于新能源集控平台可实现的数据治理、智能运维、运行评价、故障诊断等智能应用。iP9000一体化监控平台已在多个新能源集控中心投入运行,实现了风电场、光伏电站的综合监控管理。
Considering numerous secondary systems, information redundancy and information island of wind farms/PV power stations, a new energy centralized control platform architecture is proposed, realizing the integration of secondary systems including wind farm/PV power station monitoring system, step-up substation monitoring system, power prediction system, condition monitoring system and active/reactive power control system. This paper introduces intelligent applications(such as data management, intelligent operation and maintenance, operation evaluation and fault diagnosis) that can be realized based on a new energy centralized control platform. Currently, the i P9000 integrated monitoring platform has been put into operation at several new energy centralized control centers, realizing integrated monitoring and management of wind farms and PV power stations.
作者
何婷
何飞跃
韩长霖
刘寅
HE Ting;HE Fci-yuc;HAN Chang-lin;LIU Yin(China Institute of Water Resources and Hydropower Research,Beijing 10003&China)
出处
《水电站机电技术》
2019年第12期5-8,101,共5页
Mechanical & Electrical Technique of Hydropower Station
基金
中国水利水电科学研究院资助项目(AU0145B902017)
关键词
新能源集控
状态监测
数据治理
故障诊断
New energy centralized control
Condition monitoring
Data management
Fault diagnosis
