Design And Implementation Of Management Information System For Electric Power Communication

With the rapid development of communication technology, the size of thecommunications industry is increasing, and coverage more widely. At the same time therequired production data and information exchange are increasingly large and morecomplex, well beyond the traditional ways to handle. Modern production activities inthe introduction of appropriate communication technologies, in large part will promotethe exchange of information was the speed and efficiency of data processing. In thisform, the design and development of an ICT-based enterprise business processes and toexchange management information quickly, easily, accurately and safely implementedcommunication resource information management system is essential.Power Communication is a dedicated communication features with the industry,power industry, with the development needs of the transmission of informationconstruction and developed gradually. In this thesis, communication management fromthe power of information technology to start building background for the currentdomestic electricity construction of information communication management situationand existing problems, analyze the design and implementation of electriccommunication operation and maintenance management system the necessity andfeasibility, and thus launched a study of this topic.This thesis describes the overall function of the operation and maintenancemanagement system based on the structure, combined with the Hebei Branch of EHVpower transmission system, the actual operation and maintenance management needsanalysis, design and implementation of field operations including management, powerresource management, work order requirements, statistical analysis, institutionalmaintenance management, system maintenance and management, transactionrelationship management, database management, and other functions of the random helppower communication operation and maintenance management system.The system uses Visual C#as the primary development language, based on the.NET platform for design and development, to achieve a three-tier architecture modelbased on the operation and maintenance of electric power communication managementsystem. This paper first analyzes the specific needs of each functional module, designedand implemented core of the system-Intelligent transaction service system, which provides the overall framework for the total release of the inventory data, and backup toensure data security and integrity; same time as the The data flow between modulesbackbone hub, implement data validation and data exchange.Finally, the system test run results and practical application of the results haveproved that the design and functionality of each module can be implemented effectivelymeet the Hebei branch UHV communications business needs while working through thesystem platform can process communication scheduling, spare parts and other aspectsof centralized, efficient, standardized, accurate management to further improve thecommunication network is working fine management system for the electricity sector,security, stability and development and production of information and provide a strongguarantee.