The TUPEM license – awarded by the national Directorate-General for Natural Resources (DGRM) – provides a ‘Permit for the Private Use of the Maritime Space’ up to 12 miles off the coast of Aguçadoura in northern Portugal.
CorPower Ocean Country Manager Miguel Silva said the permit unlocks the demonstration phase of the firm’s flagship HiWave-5 project, paving the way for a new class of high efficiency WEC products (see Notes to Editors.)
“CorPower has reached a series of milestones throughout 2020 and the TUPEM license is another significant step forward” he said. “This permit allows to kickstart the final phases of our demonstration work in the Atlantic Ocean, which will test our next generation WECs within the most aggressive and challenging maritime conditions.”
“The Aguçadoura coastal zone is a world-renowned site for marine renewable energy and has previously hosted the demonstration of floating offshore wind technology, now fully operational and supplying electricity to Portugal’s grid. There is huge potential for wave energy developments to deliver consistent and predictable clean electricity along the Portuguese coast, either as standalone wave farms or combined with floating wind.”
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Notes to editors
CorPower’s HiWave-5 Project
CorPower’s HiWave-5 Project continues in northern Portugal following a decade of product development and three decades of research on wave hydrodynamics.
The Swedish-headquartered developer is currently fabricating its first commercial scale C4 WEC – 9x18m, weighing 60 tonnes with a 300kW power rating. Dry testing is scheduled for Spring 2021, before ocean installation in the second half of 2021. This will be followed by a cycle of testing and design updates to further develop the commercial stage C5 machines. A total of three C5 machines will then be installed in Aguçadoura in 2023 to form a grid-connected pilot array and secure type certification.
The latest TUPEM announcement comes shortly after CorPower announced a new 16 MEUR (USD 18.1m) R&D, Manufacturing and Service Centre in Viana do Castelo.
About CorPower Ocean
CorPower Ocean brings to market, a new class of high efficiency Wave Energy Converters (WECs) enabling robust and cost-effective harvesting of electricity from ocean waves. The design principle is inspired by the pumping principles of the human heart and offers five times more energy per ton of device compared to previously known technologies, allowing a large amount of energy to be harvested using a small and low-cost device. The CorPower WEC’s unique ability to become transparent to incoming waves provides survivability for the WEC in storm conditions.
CorPower’s team includes 50 wave energy specialists from 13 countries with offices in Sweden, Portugal, Norway and Scotland. The company has broad backing across Europe, with funders including InnoEnergy, the European Commission, the Swedish and Scottish Governments, Midroc New Technology, ALMI Greentech fund and additional private investors.
What Makes CorPower technology unique?
The CorPower Wave Energy Converter (WEC) produces 5 times more electricity per ton (>10MWh/t) than any other known wave technology by combining:
- storm survivability and
- strongly amplified power capture in regular sea conditions.
The resonant WEC has four significant patented features:
- Pneumatic pretension system. Makes the device transparent to storm waves, and brings down the required materials by 40% compared to a conventional gravity balanced WEC, reducing CAPEX;
- WaveSpring phase control technology, providing 300% increase in Annual Energy Production (AEP) for a given buoy size.
- Cascade gearbox technology, enabling robust conversion of the amplified linear motion into rotation with low losses.
- Composite hull technology, eliminating corrosion issues from salt water and provides long lifetime.
CorPower WECs can harvest the same amount of Annual Energy from a buoy with 1/10 volume compared to conventional point absorber WEC. By comparison, a 300kW CorPower WEC has a size of 9x18m and weighs 60 tonnes, where other wave devices may have dimensions of 100s’ of meters and several thousand tonnes for the same capacity. Getting large amounts of electricity from a small device significantly reduces CAPEX. The compact lightweight devices are also less costly to transport, install and service, bringing down OPEX.
Heaving buoys, point absorbers and arrays, J. Falnes, J. Hals, 2011.