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Flexible Interconnection Device
Model:
Overview:
Through the coordinated operation of the energy management system within the low-voltage flexible interconnection network, the device effectively addresses the problems of temporal and spatial distribution inconsistencies and energy fluctuations associated with new energy sources and loads. This enriches the energy exchange pathways and flow regulation methods of existing power grids, meeting the needs of evolving distribution systems.

· 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.