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Press release: Orbital and SKF team up for Orbital O2 power train supply

The FloTEC project consortium was established to bring together leading project developers, researchers and supply chain providers to support the commercialisation of low cost tidal energy with Orbital Marine’s floating tidal technology.

Today, we are pleased to announce that project partners Orbital and SKF have announced a strategic contract for supply of fully integrated power trains for the upcoming O2 2MW tidal turbine being developed under FloTEC.

SKF’s commercial supply arrangement for the O2 2MW turbine is a departure from the historical component supply model to one where SKF is providing Orbital with fully integrated drivetrain solutions covering both nacelles and pitching hubs for the world’s most advanced tidal turbine. This announcement demonstrates how the FloTEC project has supported a strengthening and evolution of the companies’ long term partnership towards developing a low cost, low risk tidal generating solution.

Press release

Orbital announces a strategic contract with SKF for the supply of the fully integrated power trains on its upcoming O2 2MW floating tidal turbine, which will become the world’s most powerful tidal turbine when it enters operation at the European Marine Energy Centre (EMEC) in Orkney in 2020.

The landmark contract brings the industrial capabilities of SKF in behind Orbital Marine’s world leading technology. It also provides Orbital with access to the resources of one of Europe’s largest OEM’s. SKF has an annual turnover of over £6bn in global equipment sales and services.

This latest announcement builds on an existing agreement which sees the blade pitching hubs for the machine also being supplied by the Swedish headquartered engineering and manufacturing giant.

Orbital has been working with SKF for the supply of critical bearing and sealing components since 2011; in both its 250kW unit and the SR2000-2MW unit, which produced in excess of 3GWh of electricity over its initial 12-month continuous test programme at EMEC.

However, the commercial supply arrangement for the O2 2MW turbine is a departure from the historical component supply model to one where SKF is providing Orbital fully integrated drivetrain solutions covering both nacelles and pitching hubs for the world’s most advanced tidal turbine.

Talking about the relationship, Orbital Marine’s CEO, Andrew Scott, said:

“At Orbital Marine we are about delivering a total, innovative solution that enables low cost tidal stream energy. Commercialising our technology will create an entirely new global market for power generation equipment and services and we are delighted to be working with SKF to unlock this.”

Michael Baumann, Business Development Manager Marine and Ocean Energy at SKF said:

“We are a technical partner to advanced tidal turbine device developers for almost a decade now and are delighted that our long-term partnership with Orbital evolves to the next major step from providing main mechanical sub-systems to fully integrated power train solutions. We see tremendous potential for floating tidal technology due to its low installation and operating costs and are keen to create value-adding solutions for our customers.”

Orbital’s contract that has been placed with SKF follows recent contract awards as part of the overall build programme for he the O2; these include the O2 manufacturing contract to TEXO Group in Dundee and an anchors contract to FAUN Trackway in Anglesey.

The announcement also follows the Scottish Government’s award (in August 2019) of a £3.4m grant to Orbital Marine; this money is drawn from the Scottish Government’s £10m Saltire Tidal Energy Challenge Fund. The Orbital O2 project has also received funding from the European Union’s Horizon 2020 research and innovation programme under the FloTEC project (grant agreement No. 691916) and the European Regional Development Fund through the Interreg North West Europe Programme.