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11 rue du beau-site, B – 1000 Bruxelles, tel +32/2 646 82 10 fax +32/2 646 89 75
Name of the project: Neireida MOWC Year of finalization: 2011 Region/ County: Euskadi Website:
The Nereida MOWC project will demonstrate the successful incorporation of OWC technology with Wells turbine power take-off into a newly constructed rubble mound breakwater in Mutriku, in the North coast of Spain, being the first breakwater wave energy project in Europe and showing its viability for future commercial projects
The NEREIDA OWC projects pursues several specific objectives:
To assess the performance of the various components and the overall performance of the power plant
To correlate site performance against the predictions of a wave to wire model
To compare alternative blade forms on the wells turbine in terms of damping, conversion efficiency and nose generation
To monitor the electrical output and consider the implications on power quality
To measure the influence of absorbing power using wave energy plant on the structure loading of the breakwater
To assess the reliability and the maintenance requirements, and to demonstrate the survivability of the plant in extreme wave conditions
To assess the environmental impact and the economics of the power plant, and to identify further cost reductions
To develop a business plan for the future development of OWC in breakwaters of Europe
To disseminate the project results to facilitate the development of OWC and other Ocean wave Technologies
Eight OWC cells will be constructed to give an active collector length of close to 100 meters. Power take-off involves multiple turbine, each turbine being rated at 18.5kWe. Two turbines will be fitted to each OWC cell giving 16 turbines in total and a total installed power of 300kW.
The application of this technology at Mutriku will not only demonstrate the functional synergy between breakwaters and OWC systems but will do so in a location which, in contrast to previous European wave energy demonstrators, is in a urban location. There is good access to the OWC units via the breakwater and the application of the technology at these particular location will greatly increase the knowledge of the environmental acceptability of the system.
The integration of the wave energy converter into a dual or multi-purpose structure as a breakwater has the advantage of sharing the construction costs and reduces the environmental impacts resulting from integrating into other infrastructure. The project aims to bring wave energy technology closer to commercial exploitation by demonstrating the integration of the Oscillating Water Columns (OWC) technology into breakwaters, at more competitive costs.
Follow step by step the contruction of the wave energy plant
Euskadi dispone ya de la primera planta europea que suministra energía a través de las olas Irekia
Mutriku, Inaguración de la Planta de aprovechamiento energetico de olas ES
partners
EVE - Ente Vasco de la Energia
Basque Government Transport Department
Voith Hydro
CRES
FEDARENE
Supported by
Tags: renewable energy
FEDARENE is the premier European network of regional and local organisations which implement, co-ordinate and facilitate sustainable energy and environment policies. Regional and local agencies, ministries and departments working in these fields, are represented in FEDARENE.
