| Information equipment condition data collected by each system existing independent collection, yet there is information working condition of equipment acquisition system to provide a unified data support for the monitoring and control systems. Along with the construction of the power of the informationization, expanding demand of grid business, information equipment type is increasing, the monitoring system needs to acquire the business equipment index and the changes, once the target acquisition equipment, change, all need the information equipment operation and maintenance personnel manual configuration, heavy workload, long response time.This platform is for the State Grid Power Company Sichuan Province Communication Company equipment state information acquisition proxy system needs and development, realize the unified information working condition of equipment acquisition, equipment subscription, data distributed series interface, through the development of the standard interface, to provide real-time operating data collection and information equipment for IMS equipment monitoring module, information equipment condition maintenance system and other information equipment condition data of the third party system, equipment index distribution function provides subscription, data collection, unified distribution interface service for monitoring system.In about the relevant background platform construction, introduces the key technology of the system. Then the system functional and non functional requirement was analyzed. And with the system requirements analysis as the blueprint, the paper discusses the basic database system design and the function design of system, describes in detail the design and implementation of data acquisition, message sending, subscriber management and user management function module. Finally, describes the relevant content of system testing.The concentration of operating data highly integrated and unified custom distribution, and characteristics of service oriented scalability is system. |
