Marine Renewable Energy Catapult

Marine Renewable Energy Catapult
Name	Marine Renewable Energy Catapult
Formation	2013
Type	Research and development centre
Headquarters	United Kingdom
Parent organization	Offshore Renewable Energy (example)
Region served	United Kingdom, Europe

Marine Renewable Energy Catapult is a United Kingdom–based research and innovation centre focused on supporting the development and deployment of tidal, wave, and floating wind technologies. It operates within the UK innovation ecosystem alongside institutions such as Catapult centres, engaging with companies, universities, and government agencies to accelerate commercialization of marine energy devices. The organisation collaborates with industry consortia, maritime authorities, and international stakeholders to translate prototype testing into commercial projects.

History

The centre was established amid a wave of interest following projects like Pelamis Wave Power, Siemens Wind Power, and the European Marine Energy Centre to address technology gaps identified in reports by Carbon Trust, Offshore Renewable Energy (ORE) Catapult, and advisory bodies such as Innovate UK. Founding activities involved coordination with academic partners including University of Edinburgh, University of Plymouth, University of Exeter, and Imperial College London and drew on expertise from legacy programmes linked to Marine Scotland and the Crown Estate. Early demonstrations referenced trials in locations associated with Orkney Islands, Shetland, and the Scottish Renewables project network.

Mission and Objectives

The centre's mission aligns with objectives articulated by policy frameworks such as the Climate Change Act 2008 and strategic plans from Department for Business, Energy & Industrial Strategy to decarbonize electricity systems. Objectives include accelerating market readiness, reducing levelized cost of energy, and derisking supply chains through testing, modelling, and standards development with partners like National Grid ESO, British Standards Institution, and International Energy Agency. Cross-sector goals feature capacity building with institutions including University of Strathclyde, University of Southampton, and Newcastle University to support workforce development.

Research and Development Programs

R&D programmes span device testing, hydrodynamic modelling, materials science, and control systems, leveraging collaborations with technology developers such as Orbital Marine Power, Andritz Hydro Hammerfest, and Minesto. Workstreams include power take-off development informed by research from Fraunhofer Society and numerical modelling approaches used by DTU Wind Energy, National Renewable Energy Laboratory, and University of Oxford. Programmes integrate environmental impact assessments drawing on methods from Marine Scotland Science, Natural England, and Joint Nature Conservation Committee and standards-setting with DNV and Lloyd's Register.

Facilities and Infrastructure

The Catapult operates testing facilities and partners with centrepieces like the European Marine Energy Centre, coastal test sites in the Pentland Firth, and towing tanks associated with University of Newcastle upon Tyne and Swansea University. Infrastructure includes full-scale berths, wave flumes, subsea test benches, and power take-off rigs compatible with demonstrators from Voith Hydro and Schottel. Instrumentation and telemetry rely on suppliers and collaborators such as SAAB Seaeye, Kongsberg Maritime, and BMT Group to support sea trials, grid integration tests with ScottishPower Renewables, and metocean data collection from providers like Met Office.

Industry Partnerships and Collaborations

The Catapult's model emphasizes public–private collaboration with marine energy companies, supply-chain firms, platform integrators, and utilities including EDF Renewables, Equinor, and EDF Energy Renewables. It engages with consortia formed under Horizon 2020, Horizon Europe, and national funding competitions run by UK Research and Innovation and Innovate UK to deploy demonstration projects alongside partners such as Cefas, Scottish Enterprise, and regional development agencies. International collaborations extend to organisations like Carbon Trust, IRENA, and the International Maritime Organization.

Funding and Governance

Funding streams combine public grants from programmes associated with Department for Business, Energy & Industrial Strategy, competitive awards from Innovate UK, capital investments by partner firms, and research contracts with universities including University of Glasgow and University of Plymouth. Governance structures mirror models used by Catapult centres with boards comprising representatives from industry, academia, and public agencies, and oversight influenced by policy from UK Parliament committees and audit practices akin to those applied by National Audit Office.

Impact and Criticism

Impacts claimed include accelerated device maturation for projects similar to MeyGen, supply-chain development referencing firms in Aberdeenshire and Pembrokeshire, and contributions to policy debates involving Scottish Government and Welsh Government. Criticism has been levelled in contexts comparable to debates over renewables subsidy schemes like Contracts for Difference (UK), concerns about environmental impacts raised by RSPB and WWF-UK, and scrutiny of public investment effectiveness echoing findings from National Audit Office. Stakeholders including Local Government Association and coastal communities have engaged in consultation processes with tensions similar to those seen around offshore infrastructure projects such as Dogger Bank Wind Farm.

Category:Marine energy