Tidal turbine deployment in the Bristol Channel: a case study

Author:

Willis Miles1,Masters Ian1,Thomas Sara1,Gallie Rebecca1,Loman Jo1,Cook Andy1,Ahmadian Reza2,Falconer Roger2,Lin Binliang2,Gao Guanghai2,Cross Mark3,Croft Nick3,Williams Alison3,Muhasilovic Medzid3,Horsfall Ian4,Fidler Rob4,Wooldridge Chris5,Fryett Ian5,Evans Paul5,O’Doherty Tim6,O’Doherty Daphne6,Mason-Jones Allan6

Affiliation:

1. Marine Energy Research Group, School of Engineering, Swansea University, Wales, UK

2. Institute of Environment and Sustainability, Cardiff University, Wales, UK

3. Civil and Computational Engineering Centre, School of Engineering, Swansea University, Wales, UK

4. School of Environment and Society, Swansea University, Wales, UK

5. School of Earth, Ocean and Planetary Sciences, Cardiff University, Wales, UK

6. Institute of Energy, Cardiff University, Wales, UK

Abstract

The renewable energy route map for Wales outlines ambitious targets for 50% renewables by 2025. The Welsh coast, subject to tidal ranges of the order of 13 m and tidal flows in excess of 3 m/s, is thus in an ideal position to significantly contribute to these targets. Tidal stream energy is an emerging energy sector and a relatively small number of devices are at various stages of development in Wales. However, before such demonstration devices or arrays can be applied at a larger scale, a number of consents and permissions must be obtained to ensure safe and environmentally responsible deployment. This paper describes the multidisciplinary work that has been undertaken on an area of ocean that could be used for the deployment of a tidal stream turbine. The paper aims to put the scientific work undertaken into the context of device deployment in a complex marine environment and to provide an overview of the surveying and modelling required for the deployment of a single demonstration device off the Welsh coast. The Bristol Channel was chosen as a case study because of its high tidal flows and proximity to national grid connections and support infrastructure. This paper provides an overview of the research carried out during the project; the details of each discipline will be provided in individual papers by the respective subject authors.

Publisher

Thomas Telford Ltd.

Subject

General Energy

Reference21 articles.

1. ME1—marine energy extraction: tidal resource analysis

2. Croft TN. Unstructured Mesh–Finite Volume Algorithms, 1998, University of Greenwich, PhD thesis.

3. The Bristol Channel—A case for special treatment

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