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Offshore Wind and Wave: A Common Route Map. Phil Thompson - British Maritime Technology Chris French - NaREC Centre Director. Format. Common Issues Offshore Marine Renewable Initiatives NaREC Offshore Renewables Test Centre Funding & Timescales Conclusion. Common Issues Offshore.
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Offshore Wind and Wave: A Common Route Map Phil Thompson - British Maritime Technology Chris French - NaREC Centre Director
Format • Common Issues Offshore • Marine Renewable Initiatives • NaREC Offshore Renewables Test Centre • Funding & Timescales • Conclusion
Common Issues Offshore OFFSHORE GENERIC • Improved installation methods • Coastal grid connection • HV AC/DC power transmission • Consents management/EIA • Low speed DD generators • Techno-economic modelling • Reliability / Fault Control Wave & Tidal Offshore Wind • Moorings, fatigue of lines and connectors • Standardised and quick release electrical connectors • Fast track concept, prototype evaluation and testing • Wave device survivability • Performance Benchmarking • larger MW turbine and marine foundations • Large blade designs, fatigue and loadings • Short term meteorological forecasting GENERIC • Grid connection and stability • Embedded generation • Energy storage / fuel cells
Initiatives • SeaPower Trade Association • BWEA & SeaPower links • NOF, NaREC
The NaREC Vision To create a national Centre, recognised worldwide, in new and renewable energy technologies based upon key academic and industrial partnerships in offshore engineering, power generation and renewable energy.
NaREC Site Philosophy • Uniqueness • Nationally • Internationally • Integration • Electrical Power • IT and Communications • Flexibility • Market Relevance • Industrially • Academically
Electrical Power Facility • Test 7MVA systems • Generation • High/Low Speed Machines • Linear Machines • Power Conditioning • Real Time Power Electronic Systems • Virtual Power Technology • Power Distribution • Embedded Generation • Weak and Islanded Grids
Marine Power Facility • Wave Tank • Small Scale 40m long • Large Scale 80m by 14m • Tidal / Wave / Wind Tank • Small Scale – 4m by 2m • Large Scale – 80m by 12m • Structures Tank • 140m by 18m by 15m deep • Cavitation Tunnel • Emerson Cavitation Tunnel
External Test Facility • Onshore • Flexible Test Stations of 10kW,50kW and 300kW • Wind test Stations • Solar test stations • Offshore • 300kW Test Station • 1MW Test Station • 5MW Test Station
Technology Transfer • Training Centre • Visitor Centre • Energy • Renewables • NaREC Office • Core • Industrial
Integrated Facilities • Power Infrastructure • IT Infrastructure • Concurrent Testing • Device Testing • Power Generation • Power Interfacing • Power Transmission • Power Distribution • Grid Connection
Funding and Timescales • Electrical Power Facility £3.5m • Marine Power Facility £4.5m • External Test Facility £5m • Clean Fuels Facility £2m • Technology Transfer Facility £1m • Integrated Infrastructure £2m • Status - £10m of £18m now secured • First Integrated Tests by Summer 2003
Conclusion • Business Plan • Key Partnerships • CAPEX Implementation • Core Research • NaREC Building • NaREC Site • Portal Site info@narecmail.com http://www.global-renewables.com