About Current balancing method of microgrid
Proportional current sharing and SOCs balancing: The ESUs current is specified according to the SOCs and the frequency of the AC signal, which is the same throughout the microgrid. Therefore, the proposed method benefits from proportional current sharing and SOCs balancing.
Proportional current sharing and SOCs balancing: The ESUs current is specified according to the SOCs and the frequency of the AC signal, which is the same throughout the microgrid. Therefore, the proposed method benefits from proportional current sharing and SOCs balancing.
A novel strategy has been introduced in the paper to address the issues of SOC imbalance and converter output current imbalance within a DC microgrid. The approach utilizes a distributed droop control strategy to facilitate precise current distribution across converters, thereby addressing the challenges.
In this paper, a State-of-Charge (SoC) dynamic balancing control strategy considering system communication failure and energy storage capacity difference is proposed to reach the SoC balancing and proper current sharing for distributed energy storage units (DESUs) in DC shipboard microgrid.
For the problem of the three-phase unbalanced load in the microgrid, a control strategy based on the delta-connected static synchronous compensator (SSC) is adopted to achieve both reactive power compensation and unbalanced load compensation at the same time.
Load balancing: SMGs use advanced algorithms to balance the load across different distributed energy resources and energy storage systems to ensure a stable, reliable power supply.
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