Chevron MARINEWIND: Market uptake measures for floating offshore wind

MARINEWIND: Market uptake measures for floating offshore wind

MARINEWIND is a 3-year project exploring the opportunities and challenges of floating offshore wind development.

Part of a European consortium, Energy Systems Catapult will focus on technological barriers and solutions, plus researching and assessing current policy, regulation & market design.

The Challenge

MARINEWIND is a 36-month coordination and support action that will identify bottlenecks and potential opportunities to strengthen floating offshore wind’s technology (FOWT) role in delivering innovative solutions to system integration and will consider how best to integrate such a system by exploring the market, policy and regulations issues, social, financial and techno-economic optimal solutions, and provision for storage and flexibility recommendations.

The project is a Horizon Europe Coordination and Support action (CSA) being carried out by a consortium of partners across the UK, Belgium, Portugal, Spain, Italy, and Greece, with the consortium being led by the Italian Agency for the promotion of European Research.

The Innovative Approach

The MARINEWIND methodology is based on the analysis of the MARINEWIND Labs, that are social, environmental, technological, and financial pilot studies based upon a multi-faceted data collection and analysis on barriers and enablers related to:

  1. Policy measures (WP1);
  2. Societal engagement and environmental impact (WP2);
  3. Financial solutions, techno-economic implications, and commercialization of FOWT (WP3).

The MARINEWIND Labs are located in five countries: Portugal and UK (actual applications of FOWT) and Greece, Spain and Italy (planned applications of FOWT).

These Labs will support the transfer of knowledge from the established experiences to the potential FOWT sites where plans for installation of FOWT are still at various stages of planning or implementation. The MARINEWIND Labs will involve the Quintuple Helix stakeholders (industry, academia, public authorities, civil society, and green innovation).

The threefold analysis will be conveyed into the MARINEWIND web based Geographical Information System (webGIS) which will provide specifically tailored information on FOWT to the various stakeholders based on their category, geographical location and their goals and policy recommendations on how to have more informed RES policy and how to increase societal acceptance (WP4). The Replicability Plan will support the transfer of knowledge.

Dissemination, Communication and Exploitation activities (WP5) will assure widespread outreach of the projects’ results and outcomes and to reach its impacts.

loading="lazy"

Figure 1: The MARINEWIND methodology

Partners

APRE (Leading), Italy; CNR Institute of Marine Engineering, Italy; Ricerca Sul Sistema Energetico, Italy; Sener, Spain; WavEC​, Portugal; Q-Plan, Greece; europeche, Belgium​; University of York, UK; Element Energy.

 

Clean Tech Engineering

Offering technical expertise and practical experience in development and deployment, considering the technological, engineering, economic, regulatory and policy implications for innovations and investment decisions.

Find out more

Want to know more?

Find out more about how Energy Systems Catapult can help you and your teams

Get in touch

Want to know more?

Find out more about how Energy Systems Catapult can help you and your teams

Please select all that apply. Hold down the Ctrl (Windows) or Cmd (Mac) button to select multiple options. Please select all that apply. Hold down the Ctrl (Windows) or Cmd (Mac) button to select multiple options.