Design Of Big Data Centralized Management And Control System Of Power Supply Enterprise

With the advent of the era of the Big Data,data generated by the power supply enterprise to massive, multi-source, heterogeneous and growing faster as the main features. However, many business systems are still formed islands of information, the degree of data sharing between departments is not high, a large number of real-time data generated in the production and management are not well utilized, in order to solve this problem, we propose a based on the design concept of big data centralized control system to achieve decentralized development system unified supervision, to provide data efficient use of platform, flat data integration multidimensional analysis to achieve the data of deep mining advanced practical and abnormal state data monitoring and timely warning, construction of a large electric power enterprise unified data integration platform, which enhance the competitiveness of power enterprises, with very great significance.After reading a lot of literature and a detailed investigation of the power supply enterprise, based on the main contents are as follows:From the perspective of the municipal power company,to research the target of big data centralized management and control system of power supply Enterprise;conduct a needs analysis from six areas,includeing the system monitoring mechanism, centralized data management, requirements analysis process issued warning mechanisms, rapid response mechanism, decision analysis and assessment management system; then the system the overall design, in terms of system architecture, platform and interface design were discussed in detail; detailed design of the system based on the system of five functional needs, including services to enhance the GIS system, power load management business, OA processing chain monitoring processes, a comprehensive analysis of the business, systems management business, focusing on the data analysis and the themes of analysis.; and finally the operating environment and the safety and reliability of the system is analyzed.