SIMEC Atlantis Energy has revealed plans to deliver 40% more yield from the MeyGen tidal energy array by installing two of its new 2MW tidal turbines to the scheme.
When installed, the new Atlantis turbines – capable of generating up to 2.0MW using more powerful generators and larger rotor diameters – will use a new subsea connection hub and share a single export cable, enhancing the existing 6MW MeyGen array.
The innovations will significantly reduce project infrastructure costs by removing the requirement for a dedicated export cable per turbine and should also result in reduced vessel installation costs, according to the company.
SIMEC Atlantis added it is progressing all requisite technical and environmental studies, targeting first power generation through the new subsea connection hub in late 2019, subject to consents and funding.
The proposed works, known as Project Stroma , will benefit from a €16.8 million revenue support package under the European Commission’s NER300 program.
Tim Cornelius , CEO of Atlantis, said: “Project Stroma will be an important enabler for the subsequent extension of the MeyGen site by a further 80MW, and ultimately to the full site capacity of 400MW.
“Nearby sites in the Pentland Firth offer significant further growth potential as part of the UK’s total potential of 8,500MW. Worldwide, tidal stream represents a 99,000MW development opportunity for clean, secure and predictable energy at a cost competitive with other forms of green energy.
“Larger rotor diameter turbines and subsea connection hubs will open up new markets for Atlantis in places like the France, South Korea, Japan and the Channel Islands.
“Subsea connection will eliminate the need for offshore transformer platforms which is particularly important in locations such as Alderney where preservation of natural beauty will be a key factor in decision making in relation to any future award of development rights.”
The proposed works, known as Project Stroma, will benefit from a €16.8 million revenue support package under the European Commission’s NER300 program.