This technology develops a Modular Rundling Microgrid (MRM) solution for enhancing user-side resilience. The MRM architecture integrates multiple small microgrids (MG), enabling them to collaborate and share resources, thus improving energy utilization efficiency and power supply stability. When the main grid experiences a power outage, the core MG dynamically adjusts the topology to ensure continuous power supply to critical loads.

The major breakthroughs of this technology include: enhancing grid resilience; mitigating operational risks with high renewable energy penetration through system resilience indicators; operating through flexible topology reconfiguration; establishing a modular Rundling Alliance; reducing load contract capacity; improving the utilization of renewable energy, energy reserves, power quality, and system resilience; and completing islanded microgrid resynchronization within 0.6 seconds.

This technology team would act as an energy integration solution provider, linking energy storage equipment manufacturers with the developed optimal energy dispatch and regulation strategies to integrate microgrid systems. This technology will contribute to the behind-of-meter energy market by enabling demand response, energy aggregation services, virtual power plants, energy management for electric vehicle charging and discharging, and smoothing the output of renewable energy.