Fuzzy logic-based dynamic power allocation control and stability analysis of multi-group hybrid energy storage DC microgrids considering line impedance

Key Points

• Dynamic power allocation enhances stability in dc microgrids, improving energy efficiency.
• Analysis shows significant effects of line impedance on power distribution across energy storage systems.
• Fuzzy logic methods were utilized to optimize control strategies for multiple energy storage units.
• Findings suggest a need for enhanced frameworks to support stability in hybrid energy microgrids.