The Design And Implementation Of Transformer Substation Comprehensive Management Information System

China electric power industry in China’s national economy occupies an important position, is the country’s important energy base. The substation as the power industry is a basic component unit, will be most directly in the face of people’s livelihood. Due to numerous transformer substation, its informatization construction is more important. Especially in recent years with all walks of life to make a spurt of progress of power industry informatization construction, in this respect also did a lot of work, substation as the power industry is a basic component unit, has an own integrated information management system becomes an inevitable demand.The present domestic large substation, but these substation information construction is a passive acceptance of the upper unit of longitudinal pursued, but such information construction are often unable to care for some of my own daily work. In view of this, decided to design and Realization of the comprehensive information management system of substation. The substation information management system more consideration is the daily work of substation. In view of this, substation management information system based on domestic situation to consider only, not for substations abroad, so this did not study abroad condition.Substation information management system helps enterprises to effectively organize enterprise resource and management. In this paper by substation enterprises on the basis of research, through the analysis of substation work and the actual needs of the business process, and combined with comprehensive information management ideas, the design and Realization of a transformer substation in power industry comprehensive information management system.First of all, this paper discussed in power substation information management system project background of the development and design of the face on the foundation of the problem, analyzed the system functional requirements and non-functional requirements, and system requirements with use case diagram flow chart and the form in detail.On the basis of the needs analysis, we conducted a substation management information system architecture design. Firstly, according to the system demand system design objectives and principles, and then the system structure and function of the architecture design. Technical architecture of the main considerations of system scalability, maintainability and performance issues, taking into account the interior of industry of the power network construction is more mature, so substation management information system using B (Browser)/S (Server) architecture, development of technology using ASP.NET (C#language), the database by SQL Server2000. And the function of each layer are analyzed and designed. On the function of architecture design, discussed the system the function of each part, finally gives a dynamic system function flow.Then step substation information management system for the detailed design. The part according to differences in management and integration management ideas to the design system, and the design of each module are described. Given the substation management information system overall structure diagram. In the understanding of the whole structure, according to needs analysis presented in the different management and integration management two ideas were discussed the various modules of the detailed design.The fourth part, we based on the detailed design, the realization of each module are introduced simply, given the system’s overall effect chart and the realization of each part. Finally, a simple analysis of the system testing, and stress testing environment building and testing process are given in detail.Finally, this article on substation information management system application situation are introduced briefly, and the system further improvements were proposed.In summary, we analyzed the business requirements and substation information management thought foundation, design and implementation of the electric power industry transformer substation management information system.