Bristol Post

Energy Centre chosen to develop new components for wind turbines

- Andrew ARTHUR andrew.arthur@reachplc.com

These next generation turbines will be vital in providing the offshore wind capacity needed to meet the UK’s net-zero targets

THE National Composites Centre (NCC) in Bristol has been selected to help deliver a £5 million Government-funded project that will develop new components for offshore wind turbines.

The NCC has been chosen alongside fellow innovation centre Offshore Renewable Energy (ORE) Catapult for the Joule Challenge Phase 2 project.

The organisati­on, which is based at Bristol and Bath Science Park in Emersons Green, is one of the UK’s world-leading composite research and developmen­t facilities.

It collaborat­es with businesses across sectors such as aerospace, energy, infrastruc­ture and biomedical on complex engineerin­g challenges, often to make products lighter, stronger, smarter and more sustainabl­e. Alongside ORE Catapult it will explore how lightweigh­t composites could be used during manufactur­e of the “next generation” of wind turbines, capable of generating 20MW of power.

It comes as the Government seeks to accelerate the progress of fixed and floating offshore wind projects, deemed vital for achieving its target of net-zero carbon emissions by 2050 and for creating more jobs within the renewable energy sector.

The Joule Challenge project has already produced a plan for a 20MW demonstrat­ion turbine, incorporat­ing a programme framework, identifica­tion of critical technology gaps, potential partners and stakeholde­rs and a detailed technology developmen­t path.

The next phase of the programme will support ambitions to lower the cost of energy through lower cost manufactur­ing, increasing UK content and developing export opportunit­ies of between £60m and £80m per year by 2030.

The announceme­nt was made dur

James Lightfoot

ing a visit to the NCC’s facility by Minister for Industry Lee Rowley, who met the NCC senior technology programme manager, James Lightfoot, and business developmen­t manager with ORE Catapult, Tom Wildsmith.

Mr Lightfoot said: “The opportunit­y for more local content could be applied right across the turbine and provides a huge opportunit­y for UK companies to supply and manufactur­e these major components in a sustainabl­e manner, thereby securing the UK as the world leader in offshore wind turbine design and manufactur­e.”

Mr Wildsmith predicted that the project could help develop a prototype 20MW wind turbine by 2025.

Mr Wildsmith said: “These next generation turbines will be vital in providing the offshore wind capacity needed to meet the UK’s net-zero targets and there is a huge economic opportunit­y to be grasped, too, through building a UK manufactur­ing capability.”

Mr Rowley added: “We are ensuring we have the manufactur­ing base to match our position as a trailblaze­r for clean renewable energy. This funding will help attract further investment, job and export opportunit­ies to push forward our ambitious offshore wind programme.”

The NCC is part of the High Value Manufactur­ing Catapult, a group of seven national manufactur­ing research centres.

 ?? ?? From left: Richard Oldfield, chief executive officer at the National Composites Centre, Minister for Industry Lee Rowley and Dr Stephen Wyatt, research and innovation director at ORE Catapult
From left: Richard Oldfield, chief executive officer at the National Composites Centre, Minister for Industry Lee Rowley and Dr Stephen Wyatt, research and innovation director at ORE Catapult
 ?? ?? The project will explore how lightweigh­t composites could be used during the manufactur­e of the next generation of offshore wind turbines
The project will explore how lightweigh­t composites could be used during the manufactur­e of the next generation of offshore wind turbines

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