· Achieves uninterrupted power supply to loads by DC decoupling of different AC feeders;
· Fully utilizes redundant capacity between different feeders to increase the capacity utilization rate of the AC distribution network;
· Enables real-time, precise control of DC transmission power to redistribute power flow, optimize distribution, reduce the risk of transformer overload, and lower network losses;
· Improves the voltage profile at distribution network nodes and line carrying capacity, thereby increasing the penetration rate of Distributed Generation (DG);
· Possesses dynamic reactive power compensation and harmonic filtering functions to improve power quality.