Design And Implementation Of National Network Marketing Inspection Monitoring System

In recent years with the further development of computer technology, the informational management is essential in the power company which is the domestic key enterprises. We have achieved meter reading management, accounting management and billing electricity business management. However, with the continuous expansion of the electricity sectors and the growing business, the electricity sectors have also established their own sale teams. But we do not have a practical program for the managing and monitoring architecture of the sale teams, and it appears an out of line problem for the team information sharing and the information transmission, so it is essential for the development of the national grid marketing inspection monitoring system.The background and the current development at home and abroad of national grid marketing inspection monitoring system, and briefly describes the problems of inspection and monitoring to achieve the system is analyzed in this thesis. It adopts the Java language, SSH framework, data warehouse, AJAX technology and Oracle database technology for the development of the national grid marketing inspection monitoring system. Through the above techniques, to achieve the function modules of the operational state management module, the power quality monitoring and emergency response module, the successfully monitoring management module and the work quality monitoring module. In order to ensure the quality and normal operation of this system, reduce many risks of the management, it adopts the existing test principles to test the four functional modules.This thesis discussed the needs analysis, module design and module implement of the national grid marketing inspection monitoring system. Firstly it describes the background and significance of the system, and then it introduces the details of the relevant technical adopted in this system. It discusses the four functional modules of the system from the functional view, discusses the classes and methods form the scheduling design of this system, then it discusses the key technologies and system functional modules implementation process to be achieved from the implementation view. Finally it discusses the post-test of the system according to test cases recorded by testers. At last, it discusses the advantages and disadvantages of the system approach and the future direction of improvement in the summary.Through the trial for the system users, there is a good inflection. The system provides great facilitates of the daily management for the electricity bill management center, and improves the work efficiency and achieves the on line inspection monitoring for the centralized electricity bill management business.