Design And Implementation Optimization Of Supporting Platform For Intelligent Power System Based On Electricity Terminal

With the rapid development of our country's social economy,the demand for electricity is increasing,and the environmental deterioration problem that comes with it has become increasingly serious.Intelligent power system support platform is of great significance for building an environment-friendly,resource-saving,and sustainable society.The system designed in this paper is a support platform integrating data acquisition,on-line monitoring,power and load forecasting,and intelligent energy evaluation.It aims to solve the current problems of energy use bottlenecks and quality,and realizes the integration of various business data and science.Management and information sharing services to create innovative,green,low-carbon,energy-saving smart integrated energy systems.First of all,through full investigation,the system's construction goals were determined and the design requirements of the system were proposed.Design requirements include: ease of use,maturity,scalability,security,advancement,and robustness.Next,based on requirements,some functional modules are required to be completed.Then,overall system design,module design,database design,key business process design,and optimization design were performed.The overall design of the system includes: system topology design,overall architecture design,technical architecture design,database architecture design,data acquisition and design;completed the detailed design of each module;completed the database design of each module;completed the load and power Forecast,key service design for power quality evaluation;complete optimization of Web server performance,database performance,and cache technology.Finally,the system was implemented and tested.Some of the functional modules implemented in the system are displayed;through experiments,the effectiveness of the optimized design is verified.It has been verified that after optimizing the design,the system achieves good performance.The systematic overall design and optimization design of this article have important reference for similar systems.