Paimpol-Bréhat Tidal Test Site: Improving the quality of tidal turbine blades Within the framework of the TIGER project, the University of Le Havre Normandie is carrying out a study on the in-situ ageing of structural bonding of composite materials using non-destructive ultrasonic methods (NDT ultrasound). The materials studied are conventional carbon-epoxy composite and recyclable
Efficient economic optimisation of large-scale tidal stream arrays by Dr Danny Coles and Zoe Goss Background To date, pre-commercial tidal stream turbine arrays have been installed in the UK [1,2], America [3] and Canada [4]. For the technology to contribute significantly to future electricity demand, arrays consisting of hundreds of turbines are needed. At
Perpetuus Tidal Energy Centre (PTEC) is an important project to harness tidal energy as a renewable, reliable source of electricity. Placing tidal turbines in the sea off the south coast of the Isle of Wight will generate enough clean electricity to power thousands of homes. The project achieved full consent in 2016, but has
Interreg’s biggest ever project Tidal stream industry energiser project (TIGER), has been on a mission to drive growth for the sector since its launch in late 2019. The €46 million project is a cross-border partnership between 18 UK and French organisations from research, business and regional agencies. Despite the challenges faced during Covid-19 pandemic, the
Hear more about the TIGER project on the latest SUT Underwater Technology podcast, as Teo van der Kammen from ORE Catapult explains how the project is driving collaboration and cost reduction through #tidalturbine installations in the UK and France. To access the Podcast click here
Tidal stream energy is at the pre-commercialisation stage, with 29 MW of capacity installed globally to date. The UK has led the way in the development of tidal stream energy, with a total of 17 MW installed so far, and an additional 2 MW scheduled for installation in early 2021 [1]. UK projects with
Orbital O2 Orkney arrival Orbital Marine Power’s, O2, the world’s most powerful tidal turbine, arrived in Orkney Waters on Saturday, 24th April, following launch from the Port of Dundee on Thursday 22nd April. The turbine was towed to Orkney by Leask Marine’s new multicat vessel, the C-Force, in a voyage that took
The event focused on improvements to reliability modelling for tidal turbines, drawing on numerical and laboratory models, as well as real case studies. The recording of the webinar can be accessed below and all presentations are saved here Agenda MONITOR & TIGER introduction & overview: Michael Togneri, Swansea University & Philipp Thies, University of
As part of the INTERREG France (Channel) England TIGER project, EMEC and QED Naval have designed a resource characterisation survey plan and installed flow measurement equipment at a tidal test site near Yarmouth Harbour. The operation was supported by local marine contractors, Cowes Harbour Services (CHS), using its multicat, Seaclear. EMEC supplied the ADCP flow measurement equipment, seabed mounted frame, and
Calum Miller, Principal Engineer & Hydrodynamics Manager and R&D programme team leader at Orbital Marine Power describes how Orbital have used scaled tank testing to identify and de-risk innovations capable of accelerating cost reductions for tidal stream energy. At Orbital we are constantly striving to reduce the generating cost of tidal stream energy through
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