Design And Implementation Of Small Power Station Operation Management System Of Lishui Farm Electricity Network

This thesis presents the design and implementation of the electrical power station operation management system of Lishui Electricity Supply Company, which is an applied software developing to meet the company's management requirement, and is also an important part of the company's new informational management platform. The purpose of this system is to realize overall informational management to electricity power transformation operation. Comparing to former business management module, the new system requires apparent improvement of management efficiency, reduction of Operation cost and improvement of operation reliability.On basis of electric power production technology requirement and management specifications, the functions of this system is planned and designed according to power transformation operation technology and management routine, and combined with the company's real management characters and information foundation. This thesis uses software engineering methods as its main line to discuss the system's function demand, design and implementation. It discusses demand and user cases of the following functions in detail: power transformation operation basic information maintenance function, power transformation tasks operation management function, defect and repair management function, worksheet management and routing inspection management function. The system's software design architecture uses database and applied server as its core, discusses main modules'flow processing, internal data structure and main functions'algorithm, and also gives database design scenarios. The svstem uses.NET oroarammina module and SOL Server database platform, discusses main programs'outlined implementation and C# and SQL programming.This system works as an important part of the company's power transformation task management system. It runs in stability in testing operations improving a lot in task management standardization and information integration compared to the prior management operations and well meeting the system development requirements.