Design And Implementation Of Power Monitoring And Management System For Power Enterprises

Nowadays,the social and economic development of our country promotes the influence of the power industry.However,the traditional passive monitoring system has been unable to meet the needs of today's power industry information system with simple operation,reliable and good data security performance,which makes the application of more optimized information power system in the power industry to become a mainstream trend and promote the development of the power industry must be.But demand.This design takes a specific power company as the research object,first analyzes and investigates its actual real-time power monitoring needs,and then uses the B/S architecture as the whole system architecture.Using JAVA programming language to develop a set is easy for users.,user-friendly real-time power monitoring system.In the initial design process of the whole system,the modeling language is effectively unified by standardized UML,and the ER diagram,flow chart and class diagram of the database in each process are designed and summarized.The whole system mainly designs and completes the functions of power monitoring,disaster recovery,real-time warning of emergencies,data analysis and export,etc.Besides,it also designs and completes the large-scale online data acquisition based on Internet,real-time monitoring of power situation,early warning of emergencies.Real time data analysis,remote operation system and so on.The main contents of this thesis are as follows:(1)Take the actual company as an example to analyze the requirements,improve the network topology of the whole system,determine the functions and overall design objectives of the whole system,and then make clear the specific content of each business module of the system and its specific process design.(2)For the whole system,we should have a better design through the idea of layering and modularization.The software architecture of this system is mainly composed of user access layer,system application layer,data acquisition layer and physical layer;the whole system is divided into three main functional modules,namely data acquisition module,user operation module and system platform module;the structure of the database used in the whole system is based on The relevance of each business object of its system is divided into many interacting components.(3)The design takes advantage of multi-threading to solve many problems existing in traditional data acquisition and power condition diagnosis,which makes the data acquisition and diagnosis more efficient in the process of power monitoring.(4)Through the above design,the technical means to be used in the whole system development are effectively planned,and the design and development process of each business component of the whole system is introduced in this paper.Later,the whole system was tested effectively,and the design goals and actual functional requirements were basically realized.Through the analysis of the trial operation process,it can be found that the system can make the electric power enterprises carry out the electric power operation and maintenance work more effectively,and make the electric power situation better on the basis of reducing the manpower input.Monitoring management is needed to further enhance the efficiency of enterprise operation and maintenance personnel and the stability of the whole power monitoring and management process.