MCT, Bluewater, Minas Join to Install 2MW Floating Tidal Turbine

MCT, Bluewater, Minas Join to Install 2MW Floating Tidal Turbine

Marine Current Turbines Ltd. (MCT), a Siemens company, and Bluewater Energy Services B.V. (Bluewater) have agreed to jointly develop a 2 megawatt floating tidal current turbine, called SeaGen F.

This turbine will be the first of its kind to be installed in Canada’s Bay of Fundy, in cooperation with Nova Scotian project developer Minas Energy. The turbines will produce enough clean and reliable energy to supply up to 1,800 Nova Scotian households. Plans are under development to build-out a commercial multi- megawatt array at the tidal energy facilities of Fundy Ocean Research Centre for Energy (FORCE).

Siemens has gained expertise in tidal current turbines with its SeaGen turbine installed in Northern Ireland since 2008, a monopile structure, anchored to the seabed. Bluewater contributes know-how in the field of floating platforms and subsea moorings. The project site is leased from FORCE by Minas Energy and is located in the Minas Passage, Bay of Fundy.

A tidal range of up to 15 meters and current speeds of up to 5.5 meters per second, together with Nova Scotia’s Feed In Tariff make this one of the most attractive and economic sites in the world. Scientific Studies suggest up to 2.5 GW of clean and predictable tidal power may be safely harvested in the Minas Passage.

“The floating device, “SeaGen F”, complements our strategy of a standardized energy conversion chain including powertrain, inverters and transformers for multiple support structures. Another step to commercialize tidal current technology”, says Kai Koelmel, Vice President of Siemens’ Hydro and Ocean Power Business.

“Over recent years we have used our unique offshore skill-set and experience to develop an open-architecture floating platform for tidal turbines. We have a fully designed product ready to be validated at full-scale in open sea tidal conditions. We are delighted to test this setting in the unrivalled tidal conditions of the Bay of Fundy and beyond,” said Michael Bonte, Vice President Business Development, Bluewater Energy Services B.V.

“We at Minas Energy are confident that our partnership with Siemens Bluewater will set the stage for the emerging tidal industry in Nova Scotia. We will work with government, the public, and all other stakeholders to safely harness the abundant energy in this world-class resource,” said John Woods, Vice President of Energy Development at Minas Energy.

The worldwide potential for power generated by tidal power plants is estimated at 800 terawatt-hours (TWh) annually. That is equivalent to 3-4 percent of global power consumption. Coastal regions with strong tidal currents like those in the UK, Canada, France and East Asia offer major potential for the utilization of this technology.

Press release, March 31, 2014; Image: Siemens

Share this article

Follow Offshore Wind

Leave a Reply

Events>

<< Dec 2017 >>
MTWTFSS
27 28 29 30 1 2 3
4 5 6 7 8 9 10
11 12 13 14 15 16 17
18 19 20 21 22 23 24
25 26 27 28 29 30 31

SNS2018 – The Southern North Sea Conference & Exhibition

EEEGR’s flagship Southern North Sea conference is the most important event for the energy sector in the East of England…

read more >

Maritime & Offshore Career Event (MOCE)

There is something for everyone; MOCE is not only for starters, experienced professionals also visit the event to find their next career move…

read more >

Jobs>

Looking to fill a job opening?

By advertising your job here, on the homepage of OffshoreWIND.biz, you’ll reach countless professionals in the sector. For more information, click below...

apply

Offshore Wind jobs in Taiwan at New Power Partners

New Power Partners offers global management and support services to the Offshore Wind Industry within development, planning and construction activities ...

apply

Looking to fill a job opening?

By advertising your job here, on the homepage of OffshoreWIND.biz, you’ll reach countless professionals in the sector. For more information, click below...

apply

Vessels>