Advanced Control Methods for Power Electronics, Energy Storage, Photovoltaics, and Microgrids

Dear Colleagues,

The integration of power electronics, energy storage, photovoltaic (PV) systems, and microgrids marks a groundbreaking advancement in the evolution of modern energy systems. These technologies, when combined, offer a cohesive and synergistic framework that can reshape the energy landscape by enhancing the efficiency, flexibility, and sustainability of energy networks. Each component plays a critical role in supporting the transition to a more sustainable future. Power electronics form the backbone of this system by enabling seamless interactions between various components, ensuring optimal performance and smooth integration. Energy storage systems are integral in maintaining stability and ensuring continuous energy supply, especially in addressing the intermittent nature of renewable energy sources such as solar power. Photovoltaic systems provide a clean, renewable source of energy that can be efficiently harnessed, while microgrids offer a decentralized approach to energy distribution, making the energy infrastructure more resilient and adaptable to local needs.

The combination of these technologies has significant benefits in energy management, as they work in unison to optimize energy generation, distribution, and consumption. Microgrids, supported by advanced control systems, allow for localized energy generation and distribution, minimizing reliance on centralized power plants and reducing transmission losses. This decentralized nature not only enhances energy efficiency but also improves the resilience of the entire energy network by enabling it to operate autonomously in the event of grid disturbances or natural disasters. Moreover, the integration of PV systems into microgrids creates opportunities for a cleaner and more sustainable energy future, helping to mitigate the environmental impact of fossil fuel-based energy generation.

However, as we move toward this new era of energy, it becomes increasingly important to evaluate the performance metrics of the key components involved, particularly the power electronics systems. These systems must be assessed on various parameters, including operational efficiency, energy density, stability, and reliability, to ensure that they meet the growing demands of modern energy systems. The complexity of these systems requires advanced control methods that can manage the dynamic interactions between components and optimize their overall performance. Additionally, there is a need to develop highly integrated power converters with increased power density that are compact, efficient, and capable of handling higher power loads.

In light of these considerations, this Special Issue, titled "Advanced Control Methods for Power Electronics, Energy Storage, Photovoltaics, and Microgrids", will explore and disseminate the latest advancements in the theory, design, modeling, applications, and control approaches for power electronics-based systems. These systems are essential for the efficient generation and management of electrical energy from renewable sources and energy storage, realizing a sustainable energy future.

Prof. Dr. Alexandre De Bernardinis
Dr. Mariem Dardouri
Guest Editors

Manuscript Submission Information

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• power electronics-based systems
• energy storage systems
• photovoltaic energy
• advancements in semiconductors
• high-efficiency power electronics system topologies
• advanced control techniques
• fault detection and fault tolerance
• reliability of power electronics systems