The Supergen ORE Hub provides research leadership to connect academia, industry, policy and public stakeholders to drive innovation and advocate for ORE research. The Annual Assembly provides the ideal platform to collaborate and share cutting-edge, high impact research and keep pace with advancements in the rapidly evolving offshore renewable energy sector. 

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Assembly Resources

This page serves as a hub for supporting resources related to the Annual Assembly. It includes additional presentations and resources from the researchers to provide expanded content beyond what was shared during the Assembly sessions.  

Supergen ORE Hub Core Partners

Led by the University of Plymouth, the Supergen ORE Hub brings together expertise from the Universities of Exeter, Southampton, Warwick, Oxford, Hull, Manchester, Strathclyde, Aberdeen and Edinburgh. Each partner contributes research across different workstreams of the offshore renewable energy landscape, collectively addressing the sector’s key challenges.

  • University of Oxford

A Numerical Modelling Approach for Jacket Pile Foundations in Offshore Wind Turbines

  • University of Plymouth

Workstream 4 - Floating Offshore Renewable Energy Design

  • University of Strathclyde

Workstream 5 - Future ORE Systems and concepts

  • University of Warwick

Core Research Update

  • University of Exeter

Workstream 4 - Dynamic Power Cables

  • University of Hull

Fibre Optic Sensors for Subsea Power Cable Monitoring

  • University of Aberdeen

Recommendations for streamlining of consenting policy

  • University of Aberdeen and University of Manchester

Wind Farm Wake Effects on Marine Ecosystems

  • University of Manchester

Work Stream 3 - Engineering Wake Models

Research from the Early Career Researcher Community

 

View the Posters submitted as part of the Early Career Researcher Forum 2025:

 

Additional content  from the Early Career Researcher network:

  • Isha Saxena, Durham University

Reducing Uncertainty for Bayesian Analysis in Wind Energy Systems

  • Zhenyi Yan, University of Plymouth

Enhancing Marine Concrete Performance: Fatigue Mechanics of Polymer-Modified Concrete

 

Research from the wider offshore renewable energy community

 

  • Jun Zang, University of Bath

A Novel Machine Learning Model to Fast Predict Nonlinear Wave Forces on Monopile-Type Offshore Wind Turbine Foundations

More posts from Supergen

Supergen ORE Hub Core Partners