Special Collection: Dynamic Analysis and Control Strategies for Low Carbon Energy Systems

This special collection invites multidisciplinary contributions addressing the dynamic behavior, modeling, and control of low-carbon energy systems. It aims to bring together theoretical developments and applied research that support the transition toward sustainable and efficient energy technologies.

Topics of interest include renewable energy systems, energy transfer and harvesting technologies, synchronization and control strategies, and dynamic analysis of energy processes. Contributions that apply mathematical and computational tools for modeling, performance analysis, and optimization of sustainable energy systems are particularly encouraged. The collection will also consider studies on green fuel generation and chemical reaction technologies relevant to the global energy transition.

By integrating theoretical foundations with practical applications, this special collection seeks to advance innovative approaches for improving the performance, stability, and integration of low-carbon energy systems.

Guest Editor:
Professor Jose Manoel Balthazar
UNESP School of Engineering, Bauru, Brazil
Email: jmbaltha@gmail.com