Research on Hierarchical Autonomous Operation Monitoring of Energy Stations Based on Cloud Technology

摘要

To solve the problem of remote monitoring and hierarchical autonomy of distributed energy stations, the hierarchical autonomous operation monitoring platform of energy stations is studied based on cloud technology. The flow computing framework and wide area message queue technology are introduced to realize distributed data collection and distributed data processing. The platform defines the operators of basic operation of flow data on wide area message queue, and supports the modeling, discovery, programming, providing and hosting of flow computing services; the distributed data acquisition and processing includes channel parser, data aggregation group, channel supervision service, repeater, message service, data calculation, alarm processing and control Each component independently constitutes a docker operator in the flow computing framework to complete the data processing of the configuration or monitoring model specified segments; through the research of data acquisition and processing and equipment operation data analysis and early warning technology, it provides customers with a reasonable, clean and reliable energy supply mode of distributed autonomous operation for power and hot / cold energy required by production. In the simulation environment of open stack and docker, the feasibility of integrated information collection and monitoring and hierarchical monitoring of distributed energy station is verified.