Flexible configuration method and implementation of dynamic simulation platform for active distribution network

The passive distribution network is expected to transform into a complex active distribution network with multiple layers, levels, loops, and modes. The physical characteristics of the distribution network system should reflect the dynamic imitation of the real system configuration mode, which requires a shift from manual wiring to automatic, multimodal configuration methods. This paper proposes a fully programmable and flexible configuration modelling technology system based on a 400 V dynamic simulation platform. It designs a matrix flexible network frame and configuration system that can achieve one-click reconstruction of typical network frames with different wiring modes and topologies on the dynamic simulation platform, which can reduce the workload and operational errors of manual wiring operation and better support the testing and validation of the dynamic simulation system for power distribution networks.