Research On Performance Management Optimization Of TS Company

In today's society,the power grid is one of the necessary infrastructures in human life.Therefore,it is necessary to establish a stable and reliable power monitoring and management system to ensure more economical and stable operation of the power grid.Reality.Traditional application software development has the disadvantages of poor reusability,high maintenance difficulty,long development cycle,and high price,making it more and more difficult to meet the various needs of users.Component software that supports software reuse is used to build software functional modules and combine them to form customized monitoring software.This is important for shoning the software development cycle,reducing maintenance costs,and improving system reliability.This dissertation designs and implements a power monitoring and management system that is componentized in a distributed environment.main tasks as follows:(1)Combining the analysis of multiple power monitoring and management systems,applying component technology and framework,and combined with actual needs,gradually determine the functional requirements,performance requirements and communication mechanisms of the power monitoring system.Modularize complex projects and divide the system into four major modules:control library module,control management module,user management module and distributed interaction module.(2)With the current popular software architecture based on componentization"framework+plug-in",design a data monitoring display architecture based on control management and control library,and realize flexible configuration of information display mode on the client side.(3)Through the data collection and management of the power monitoring management system,and data monitoring and analysis,the application operation of the system is described in detail.verifying the practicability and high efficiency of software development using component technology;the system is stable and effective,and can be customized and scalable compared with traditional systems.Advantages such as reliability are obvious.