Design of the Grid WebGIS-Based Remote Power Grid Line-Tracking System

Aiming at the traditional remote power grid line monitoring and using manual screening methods, with the distribution of the line complexity increases, the tracking system efficiency is not high, a distributed geographic information system network (WebGIS)-based remote power grid line-tracking system optimization design method is proposed. Firstly, the overall design of the system is carried out. The WebGIS-based remote power grid line-tracking system is mainly composed of wireless sensor module, line fault processor module, line fault data communication module and energy supply module of the system. Secondly, the distributed localization algorithm of the Grid WebGIS-based remote power grid line-tracking system is designed. Finally, the clock circuit, transmit matching circuit, and system power supply hardware module of the system are designed. Simulation experiments of the system are carried out under Visual DSP + + 4.5, and the simulation results show that the system can effectively and accurately realize the remote power grid line-tracking and fault monitoring, and the fault nodes can be located with high accuracy, realizing intelligent line-tracking.