Design and implementation of a panoramic training platform for distribution automation based on the combination of virtualness and reality

Abstract

In order to deal with the problems of continuous promotion of distribution automation and insufficient technical level of distribution operation and maintenance personnel, a panoramic training platform of distribution automation is designed based on the virtualness and reality. With the help of the three-dimensional real image model, the platform simulates the real distribution scene by virtual simulation and can be connected to the actual pole top switch, Ring Main Unit for more realistic display and training. The platform simulates the master station, secondary equipment, and primary equipment of distribution automation, which can provide comprehensive professional knowledge training for distribution personnel. In addition, the proposed design method is verified by building the actual panoramic training platform of distribution automation, which proves the feasibility of the system and the advantages of low construction cost.