Journal of Offshore Renewable Energy and Grid Integration (JOREGI) is an international, peer-reviewed, open-access academic journal which published quarterly. It focuses on the rapidly evolving interdisciplinary field of offshore renewable energy technologies and their seamless integration with power grids, addressing the critical technical, engineering and practical challenges in the global transition to low-carbon and sustainable energy systems, with its research scopes covering the entire chain from power generation to its transmission and distribution, also the multi-energy systems. Committed to upholding the strictest academic standards, all submissions undergo a rigorous double-blind peer review process to ensure the originality, technical soundness, and practical value of every published work. We prioritize high-quality, original research that bridges cutting-edge technological innovation in offshore renewable energy to real-world grid integration solutions and industrial practice, serving a global community of researchers, engineers, industrial practitioners and innovators.

JOREGI accepts a comprehensive range of manuscript types to fully disseminate frontier advances in the field, including but not limited to original research articles, review articles, editorials, case reports, technical notes, perspectives, short communications, and methodology papers. The journal maintains a well-defined, moderately broad scope of offshore renewable energy and grid integration research, with core topics including but not limited to:

1. 1.Offshore Wind Energy Technologies and System Optimization (Fixed-bottom & Floating Wind Turbines)
2. 2.Marine Energy Generation Technologies (Tidal, Wave, Ocean Current, Thermal and Salinity Gradient Energy)
3. 3.Grid-Connected Topologies and Power Electronics for Offshore Renewable Energy
4. 4.Offshore Power Grids and Voltage Source Converter High-Voltage Direct Current (VSC-HVDC) Systems
5. 5.Stability Analysis and Control Strategies for Offshore Renewable Energy-Grid Interconnection
6. 6.Energy Storage Systems and Their Applications in Offshore Renewable Energy Integration
7. 7.Offshore Energy Hubs and Multi-Energy Complementary System Integration
8. 8.Digital Twin and Intelligent Operation & Maintenance of Offshore Renewable Energy Systems
9. 9.Protection and Fault Diagnosis Technologies for Offshore Power Grids
10. 10.Economic Evaluation, Risk Management and Project Engineering of Offshore Renewable Energy Projects
11. 11.Environmental Impact Assessment and Sustainable Development of Offshore Renewable Energy
12. 12.Offshore Renewable Energy Policy, Market Mechanism and Cross-Border Grid Planning
13. 13.Resilience Enhancement of Offshore Renewable Energy Systems Under Extreme Weather Conditions
14. 14.Hydrogen Production and Coupling Integration with Offshore Renewable Energy
15. 15.Transnational Offshore Energy Interconnection and Cross-Regional Power Grid Coordination