摘要
针对浙江省省级特色专业(发电厂及电力系统)开展发电厂仿真实训中心建设的要求,构架了基于智能决策的水电站仿真监控平台,该平台由发电机发电和变电区域、高压开关室、中央控制室和学生客户端电脑室四大区域组成。在建设过程中,应用知识库互联技术和决策系统嵌入式设计技术进行设计和运行过程分析。结果表明,该平台实现了专业建设和教学所提出的各种功能需求,运行稳定,无故障出现,利用率较高。
In view of Zhejiang provincial specialties （power plant and power system） construction requirements of power plant simulation training center, architectural simulation of hydropower station monitoring system based on intelli gent decision is developed. The platform is made up of four components （generator and transformer, high voltage switch room, central control room and computer room, student client）. During the construction process, the knowledge base in terconnected technology and embedded decision-making technology are applied to carefully design the monitoring system platform. The results show that the platform meets the various functional requirements of professional development and teaching; the platform has some advantages, such as operation stability, no malfunction in teaching process, high utiliza- tion ratio.
出处
《水电能源科学》
北大核心
2013年第12期225-228,共4页
Water Resources and Power
基金
浙江省省级特色建设基金资助项目(TZZ09103)
浙江省水利厅科技计划基金资助项目(RC1208
RC1209)
水利部公益性行业科研专项经费资助项目(201001031)
关键词
监控技术
仿真
水电站
智能决策
知识库
monitoring technology
simulation
hydropower station
intelligent decision-making
knowledge base
