Editor in Chief : Isa Salman Qamber
Abbreviated key title: J. Smart Energy Syst. Sustain. Technol.
Technol.ISSN (online):
Access: Open Access
Periodicity: Continous
Publishing Since:
Publisher: Zealpress
Contact: info@zealpress.com
Aim & Scope:
Journal of Smart Energy Systems and Sustainable Technologies
The Journal of Smart Energy Systems and Sustainable Technologies provides a global platform for research at the intersection of renewable energy, smart grids, ICT, AI, and sustainable development.
We welcome cutting-edge studies on carbon reduction in power generation, solar technologies, energy modeling, and smart city energy solutions, with special emphasis on practical applications and cross-disciplinary innovation supporting the transition to low-carbon, smart societies.
The journal welcomes original research articles, review papers, case studies, and technology reports in (but not limited to) the following areas:
- Carbon Reduction in Power Generation: Strategies, technologies, and models aimed at minimizing CO₂ emissions in traditional and renewable energy production.
- Smart Grids and Smart City Energy Solutions: Development and optimization of intelligent energy networks, urban energy systems, and sustainable city planning.
- Solar Energy Technologies: Innovations in photovoltaic (PV) systems, solar panel modeling, and region-specific solar energy applications.
- Energy Consumption Modeling and Forecasting: Advanced methods for predicting, managing, and optimizing energy usage in urban and industrial settings.
- ICT and AI Applications in Energy Systems: Integration of information and communication technologies, artificial intelligence, machine learning, and IoT in energy management, optimization, and smart grid operations.
- Low-Carbon Economy Innovations: Emerging practices and technologies supporting the transition to low-carbon societies, including energy storage, carbon capture, and sustainable energy policies.
The journal particularly encourages submissions that demonstrate the practical application of research in real-world settings, promote interdisciplinary collaboration, and contribute to the development of sustainable, digitally enabled energy ecosystems.