Design of information interactive platform for maintenance application of communication equipment in distribution network based on integrated interface optimization

To improve the maintenance ability and information interaction ability of maintenance applications for communication equipment in distribution networks, as well as to improve the operation stability and reliability of communication equipment in distribution networks, a design method of an information interaction platform for the maintenance application of communication equipment in distribution networks based on integrated interface optimization is proposed. A power carrier model for the maintenance of communication equipment in the distribution network is constructed. L-type, T-type, and π-type equivalent circuit models are used to construct the distribution network communication equivalent circuit. The change in load impedance is matched by adjusting the capacitance value in the π-type matching network, and the parameters are adjusted according to the matching results, which effectively improves the transmission efficiency of the system. According to the topology information of the distribution network, the original maintenance application information on the communication equipment in the distribution network is input, and all the communication nodes in the distribution communication network are numbered according to the topology structure of the distribution network. The integrated interface optimization configuration method is used to realize the hardware interface design of the information interaction platform for the equipment’s maintenance application. The information processing module and man–machine interaction module of the information interaction platform are constructed to realize the functions of the information interaction platform for the maintenance application of communication equipment in distribution networks, such as comprehensive display, task management, data analysis, personnel management, performance management, information alarm, expert support, database management, and mobile application APP workflow management. Tests have shown that the designed platform has good information fusion in the device maintenance application information exchange, and the accuracy of fault maintenance for distribution network communication equipment reaches 1 after 50 iterations. It has high accuracy and a low error rate for fault maintenance of distribution network communication equipment. The optimal network structure and parameters are selected for matching in application information exchange, which improves the maintenance level of the communication equipment.