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- Report:
Payne
… Experimental tank testing is a key aspect of wave energy conversion research. The performance of designs can be assessed in an accessible … document is based on tank testing practices that have been developed over the years at the University of Edinburgh. As such it is focused on the use of equipment that has been developed by the …
- Report:
Mueller and Jeffrey
… the wave and tidal energy community in the UK down a deployment pathway towards a target of achieving 2GW installed capacity by 2020. The roadmap is aimed at providing a focused and … approach to technology development in the marine sector, whilst taking into account the needs of other stakeholders. The successful implementation of the technology roadmap depends upon a number of complex interactions between commercial, …
- Report:
Talukdar and Jeffrey
… a challenging year, 2020 saw continuous innovative cross-border collaborations, deployment of state-of-the-art projects and offshore tests being undertaken for the ocean energy sector. The UK is … arrays in the world and has already deployed more wave and tidal energy devices than the rest of the world [1]. The UK ocean energy sector continued to reach new milestones this year, with …
- Report:
Jeffery and Grattan
… with Wave Energy Scotland, the Energy Technology Partnership, and Supergen ORE Hub, the University of Edinburgh's Policy and Innovation Group has released their UK Ocean Energy Review 2021. The …
- Report:
Sellar
… ReDAPT is led by Alstom and includes the University of Edinburgh (UoE), DNV-GL Renewable Advisory, EDF Energy, E.ON, Tidal Generation Ltd., Plymouth …
- Report:
Noble
… ETIP Ocean report on infrastructural and industrial production requirements, authored by the University of Edinburgh, quantifies the potential scale of infrastructure required for ocean energy arrays in …
- Report:
Jeffrey and Grattan
… In collaboration with Wave Energy Scotland and Supergen ORE Hub, the University of Edinburgh's Policy and Innovation Group has released their 2022 UK Ocean Energy Review. This …
- Report:
Wong and Jeffrey
… The Supergen Offshore Renewable Energy (ORE) Hub and the Policy and Innovation Group of University of Edinburgh has jointly published four reports investigating the potential of ocean energy …
- Report:
Smith
… environment, marine ecosystems, acoustic propagation and marine mammal behaviour. The remit of the project included wave and tidal energy and, unusually for a project of this nature, offshore wind. Wind was included to enable contrasts between levels of industry maturity and scales of deployment, thus providing a wide range of potential case …
- Report:
Villate et al.
… today. Europe’s ocean energy resource is considerable. By 2050, ocean energy can deliver 100GW of capacity – equivalent to 10% of Europe’s electricity consumption today. Flexible and predictable, ocean energy complements … Europe’s technological advantage in ocean energy will ensure European companies a large share of a strong global market, as they do on offshore wind. With zero carbon emissions, ocean energy …
- Report:
Grattan et al.
… The Policy and Innovation Group at The University of Edinburgh, in collaboration with the Supergen ORE Hub, Wave Energy Scotland and the Marine Energy …
- Report:
Pennock and Jeffrey
… the potential power system benefits that the UK stands to gain through the deployment of marine energy technologies (wave and tidal stream) in domestic waters. These system benefits are primarily due to the temporal and spatial offsetting of wave and tidal resource with other, more established variable renewables, such as wind and solar. Wave and tidal generation can be available at times of low wind or solar resource, helping to balance the overall renewable power profile. It has …
- Report:
Grattan and Jeffrey
… This report aims to forecast the potential deployment of wave and tidal stream energy devices in UK waters by 2050, outlining how the ocean energy sector can meaningfully contribute towards national Net Zero targets. The emergence of a commercial wave and tidal stream sector can also strengthen our future national energy mix, … important given the ongoing concerns over national energy security, the volatility of foreign energy imports and the need for clean and secure domestic sources of energy. This …
- Report:
Venugopal et al.
… This report examines the application of a number of numerical wave models to the process of quantifying the resource at a specific coastal site. The models are used to transform the deep …
- Report:
Tunga et al.
… This document, D3.1 Technical Requirements for the implementation of Structured Innovation in Ocean Energy Systems, is a deliverable of the DTOceanPlus project, which is funded by the European Union’s H2020 Programme under Grant Agreement №785921. The overarching objective of the DTOceanPlus project is to develop and demonstrate an open source, integrated suite of 2nd …
- Report:
MacGillivray et al.
… SI Ocean is an Intelligent Energy Europe project being led by a consortium of partners, including the European Ocean Energy Association, and the European Commission’s Joint Research Centre (EU); the University of Edinburgh, Carbon Trust, and RenewableUK (UK); WavEC (Portugal); and DHI (Denmark). The SI Ocean …
- Report:
Gordon et al.
… The summer of 2023 saw new record-high temperature extremes set across the planet, with the shared impacts of climate change becoming increasingly frequent, severe and deadly. Many global governments and … the scientific consensus for a rapid and comprehensive response to mitigate the worst outcomes of the climate crisis has become the defining challenge of our lifetimes. In this moment, there …
- Report:
Yang et al.
… Deliverable D6.3 “Reliability, Availability, Maintainability and Survivability – alpha version” of the DTOceanPlus project include the details of the Assessment Design Tools module: “Reliability, Availability, Maintainability and Survivability” (RAMS), and it presents the result of the work developed during the tasks T6.2 and T6.4 of the project. This document serves as the …
- Presentation:
Neill et al.
… With an estimated annual mean global resource exceeding 1 TW, the tidal range resource is one of the largest, yet untapped, ocean renewable energy resources. However, the tidal range resource is concentrated in just a few locations around the world, with 30% of the theoretical resource residing in Western Australia and 23% in the Bay of Fundy. Here, we examine the tidal range resource of Western Australia in detail, making use of …
- Report:
Cochrane et al.
… study into the potential economic value offered to Europe from the development and deployment of wave and tidal energy to 2050’), presents results, analysis, and high-level policy … with Ocean Energy Europe’s 2030 vision. A comprehensive GVA model built in-house at the University of Edinburgh incorporates TIMES-derived deployment data and Leontief inverse-derived economic …
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