某风电场智能化远程集控系统设计

为满足风电场“无人值班、少人值守”的运行模式，实现风电场监控管一体化，探讨了风电场智能化远程集控系统设计方案。在阐述了集控系统总体设计要求的基础上，提出了一种开放式、分层分布式体系结构的集控系统框架，详细介绍了集控系统与风电场、风电企业总部及电力调度之间的数据和语音通信，集控系统与风电场间采用消息中间件点对点常连接方式。设计了集控系统生产运行监控、智能分析诊断、生产运营管理等功能模块配置，利用大数据挖掘技术实现智能分析诊断等高级应用。集控系统设计方案可为风电场信息化、智能化提供较好的技术支撑，提高风电场生产运维管理水平。

Design of Remote Centralized Intelligent Monitoring System for Wind Farms

To meet the operation requirement of unattended wind farms and to realize the integration of wind farms monitoring and management, a discussion is made on the design scheme of remote centralized intelligent monitoring system of wind farms. Based on the overall design requirements of the centralized monitoring system, a centralized monitoring system framework with open, layered and distributed architecture is proposed. A detail introduction is made to the data and voice communication between centralized monitoring systems and wind farms, wind power enterprise headquarters and power dispatch centers. The message-oriented middleware point-to-point transmission mode is used between centralized monitoring system and wind farms. Such function modules are designed as operation monitoring, intelligent analysis and diagnosis, and operation management. The advanced applications such as intelligent analysis and diagnosis are realized by using big data mining technology. The design scheme of centralized monitoring system can provide a good technical support for wind farm informatization and intelligence, and improve the operation, maintenance and management level of wind farms.