Journal of Renewable Energy Systems and Management
At the forefront of technological advancements and academic dialogue, the Journal of Renewable Energy Systems and Management(JRESM) is a peer-reviewed, semesterly published journal dedicated to enhancing the understanding and application of renewable energy systems, sustainable technologies, and energy management practices. Committed to fostering excellence, JRESM provides a vital platform for researchers, academics, and professionals to contribute to the dynamic fields of renewable energy engineering, sustainable development, and resource management.
Mission of JRESM:
The mission of the Journal of Renewable Energy Systems and Management is to facilitate the exchange of knowledge and innovative ideas in renewable energy and sustainability. By promoting groundbreaking research and fostering critical discussions, we aim to drive progress in how energy is harnessed, distributed, and utilized to meet global demands. Our goal is to serve as a guiding resource for those dedicated to exploring, transforming, and revolutionizing energy systems for a sustainable future.
Commitment to Peer-Reviewed Excellence:
At JRESM, we uphold the highest standards of academic integrity and rigor. Every manuscript undergoes a meticulous double-blind peer-review process, ensuring that only the most original and well-substantiated research is published. Our distinguished editorial board, comprising experts from diverse domains within renewable energy and sustainable management, ensures comprehensive and unbiased evaluations of all submissions.
Scope of Publications:
Journal of Renewable Energy Systems and Management covers a broad spectrum of topics within electrical systems, including but not limited to:
>> Renewable Energy Systems
- Design and optimization of solar and wind energy systems
- Integration of renewable energy into smart grids
- Advanced technologies for hybrid energy systems (solar-wind-storage)
- New materials for improving photovoltaic cell efficiency
>> Renewable Energy Management and Control
- Energy management strategies for reliable renewable energy systems
- Nonlinear control of grid-connected renewable energy systems
- Artificial intelligence and machine learning for energy system optimization
- Power quality and fault tolerance in renewable energy networks
>> Bioproducts as Drivers of Sustainable Development
- Harnessing Biocontrol Agents for Sustainable Development
- PGPB: A Key to eco-friendly development
- Marine Algae Bio-Intrants: Natural Solutions for Sustainability
- Microorganisms and Bioenergy
>> Power Electronics and Energy Applications
- Power electronics for renewable energy applications
- Optimization and design of electric drives for renewable systems
- Advanced automation and control of modern energy systems
>> Innovations in Energy Technologies
- Technological innovations in wind turbine control and maintenance
- Self-diagnostic and automated repair systems in smart grids
- Grid-forming technologies for optimal renewable energy integration
- Development of microgrids and decentralized energy solutions
>> Sustainable Mobility and Renewable Energy
- Energy management strategies for electric and hybrid vehicles
- Hydrogen energy: production, distribution, and applications in sustainable mobility
- Transitioning to transportation infrastructure powered by renewable energy
>> Policies and Resource Management in Renewable Energy
- Integrated resource management for agricultural-based energy production
- The role of public policies in global energy transition
- Circular economy and waste valorisation in renewable energy systems
Resources
Click Here for Author Guidelines
Click Here for Template for Peer Review Papers
Click Here for Template for Accepted Papers