Adaptive Grid-Connected and Islanded Control Method for Multi-Port Programmable Sop-Storage-Charger Device

Le résumé fourni par la source

With the rise of distributed energy and flexible loads, power systems are evolving towards greater flexibility and intelligence. Multi-port programmable SOP-Storage-Charger device, enable seamless energy flow between AC/DC grids, enhancing renewable energy integration. However, challenges like control mode switching and power fluctuations during grid transitions demand robust adaptive control methods. This paper proposes a dual-layer control model prioritizing system efficiency, incorporating a programmable matrix for flexible AC/DC port configuration. It adapts$\text{AC} / \text{DC}$converter strategies to varying conditions, validated through simulations, ensuring stable and efficient grid transitions.

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