Semco Maritime: Staying Competitive within Renewable Wind
The International School of Bergen: Teaching Diversity and Inclusion
Dealflow: Helping Start-ups through Equity Crowdfunding
Showcasing the Region’s Best Properties: Invest in Bergen’s Digital Brochure
Invest in Bergen publishes Commercial Areas Brochure
Norwegian Prime Minister Erna Solberg (left) and Hege Økland CEO, NCE Maritime CleanTech during the launch of the Corvus-Toyota partnership for production of hydrogen fuel cell systems
Energy storage pioneer Corvus Energy is set to start development and production of sustainable, large scale maritime-certified hydrogen fuel cell systems. Production will be located in Bergen, Norway with Toyota onboard as key partner and supplier of mass-produced fuel cell technology.
Corvus is spearheading a collaboration with Norwegian partners Equinor, shipowners Norled and Wilhelmsen, ship design company LMG Marin, the NCE Maritime CleanTech cluster and R&D institution the University of South-Eastern Norway (USN) to develop and produce modularised and cost-effective PEM (Proton Exchange Membrane) fuel cell systems for the international marine market.
The project has received EUR 5.2m in funding from state agency Innovation Norway bolstering Corvus’ front-runner position in clean technology for maritime and other sectors. The development is scheduled to showcase its first marine fuel cell system onboard a vessel in 2023 and the product will be marine certified and available for commercial delivery from 2024.
Corvus and Toyota enters MoU towards marine deployment of fuel cells
The initiative combines Norwegian maritime expertise together with fuel cell modules supplied by one of the world’s largest fuel cell producers Toyota, who has 30 years’ experience in the development and production of fuel cells for the car market and other land-based applications. The agreement secures Corvus access to proven fuel cell technology while enabling large-scale production and competitive pricing. The production will be Norway’s first of its kind, strengthening the country’s pole position in the global efforts towards decarbonizing shipping.
Hydrogen is cutting greenhouse gas emission
Interest in hydrogen for maritime applications has been increasing rapidly, with hydrogen power seen as an important step to reach shipping’s ambitious goal to cut greenhouse gas emissions by 50% by 2050. Reducing the cost of fuel cells and increasing access to the technology is crucial to accelerate the transition. The initiative represents an important step towards achieving both goals by producing modularised systems not available on a large scale today. The Corvus-Toyota partnership will become a strong player enabling a significant increase in capacity of marine fuel cells to the market.
“Adding fuel cell modules to our product portfolio is a natural step for Corvus and advances our vision to be the leading supplier of zero-emission marine solutions. Fuel cell technology has reached a maturity level where scale-up of systems will be the next step. Toyota is in the forefront of the development and is by far the best partner for us to make this a success,” said Corvus Energy CEO Geir Bjørkeli.
“Decarbonisation is inevitable and at Toyota, we are convinced that hydrogen will play a central role in creating a better future, both environmentally and economically. Our recently established Fuel Cell Business group in Brussels is looking forward to working with Corvus Energy and the consortium members to offer fuel cell solutions for marine applications. This project will play an important role in the development of the Hydrogen Society,” said Thiebault Paquet, Director of the Fuel Cell Business Group at Toyota Motor Europe.
Strong ownership and collaborators in green shipping initiatives
Corvus’ new dedicated fuel cell division will design and certify the marine fuel cell system using the Toyota fuel cell technology as a building block for larger systems. Furthermore, a specific marine control system uniting the battery and fuel cell operation will be developed for easy integration with power management systems from a range of system integrators.