Intelligent Control Strategies for Power Electronics

Dear colleagues,

The global push for sustainable energy solutions has intensified the need for efficient, clean, and reliable power systems. Power electronics, as a key enabler, is driving innovations in renewable energy, microgrids, electric vehicles, and more. However, the growing integration of power electronics into generation, transmission, and distribution introduces new challenges for system stability and control. Due to the differences in power generation and grid connection methods and the complexity of load applications, the penetration of power electronics technology into the fields of power generation, transmission, and distribution will have a greater impact on system operation, control, and stability. In recent years, in modern power systems, advanced control strategies represented by direct current control have received widespread attention due to their superior control performance and excellent dynamic response. Regarding realizing power transmission and improving power quality, direct current control technology plays a vital role in the short-circuit protection function of wide bandgap devices, dynamic response or control performance of power systems, etc. In order to obtain high efficiency, high quality, low cost, and a stable power supply, more development is needed in the power converter topology, analysis, and related system stability theory based on direct current control. Moreover, various communications and artificial intelligence may be included in direct current control technology. Advanced direct current control technology can significantly improve the behavior and performance of power electronic devices.

The main purpose of this Special Issue is to seek high-quality submissions highlighting the application of direct current control in the field of power electronics from theory to application. Prospective authors are invited to submit original articles and survey papers in these areas. Papers dealing with practical applications of analysis and control techniques are particularly encouraged. Topics of interest include, but are not limited to, the following:

• Novel DC control algorithms;Converter topologies and modulation techniques;
• Stability analysis and modeling;
• AI-driven DC control applications;
• Parameter identification and optimization. 

Dr. Yue Zhang
Dr. Nie Hou
Dr. Zhixiang Zou
Dr. Weiyang Zhou
Guest Editors

Manuscript Submission Information

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• direct current control algorithms
• short-circuit protection
• power electronics
• power conversion
• topology and control