Power & PropulsionBattery TechnologyCorvus Pelican Fuel Cell System Revolutionizing Marine Power with Innovative Fuel Cell...

Corvus Pelican Fuel Cell System Revolutionizing Marine Power with Innovative Fuel Cell Technology

Corvus Energy, the leading provider of zero-emission solutions for the ocean space, is thrilled to announce the launch of its ground-breaking, inherently gas-safe marine fuel cell product, the Corvus Pelican Fuel Cell System. Designed to transform the maritime industry, the new product represents a significant leap forward in safe, clean, and efficient power generation for marine vessels.

The Corvus Pelican Fuel Cell system is the result of the H2NOR research project that started in 2021. H2NOR was initiated by Corvus Energy, Toyota and other partners to fast-track the development and production of sustainable and scalable Maritime Hydrogen Fuel Cell Systems

The world’s safest marine fuel cell system

he result of the two-year development is the safest marine fuel cell system to date. Using the well-proven fuel cell technology from Toyota, used in more than 20.000 cars, and adding the safety level needed for marine, enables the Pelican FCS to be installed anywhere onboard a vessel.

The modular and flexible system is designed to be Inherently Gas Safe, meaning that the surrounding machinery space is considered gas safe under all conditions. This significantly reduces the requirements of safety support systems and ventilation, thereby enabling more efficient integration of the FCS inside the ship’s hull.

Extending zero-emission vessel operations

Geir Bjørkeli, CEO of Corvus Energy explains: “Our mission is to power a clean future, and through the years, we have been pioneers on a lot of different vessel types. However, batteries cannot take us all the way. If you want to sail zero-emission, you will need to bring clean energy in a different format. We strongly believe hydrogen is the natural choice for shorter and medium-distance routes as this is the most energy-efficient way. The safety level as well as the flexibility and modular design will revolutionize marine power going forward.

He continues: “We really need to thank Toyota and the other partners for their strong contribution – we would never have been able to take such an advanced product to the market this quickly without this strong consortium.”

Norwegian Minister of Ocean Policy, Bjørnar Skjæran, speaking at the Corvus Fuel Cell System product launch event at Nor-Shipping. See video below.

Batteries and fuel cells are best friends

Corvus Energy fuel cell systems are ideally combined with Corvus Energy batteries to form a hybrid power system. Energy Storage Systems handle load variations perfectly, and fuel cell systems perform best at stable loads. Together they are perfect partners. Corvus Energy is now developing CoPilot, an application for fuel cell and battery systems, supporting system integrators to optimally distribute power between fuel cell systems and batteries. The results are prolonged lifetime, more efficient operation, simplified integration effort and reduced total cost of ownership.

The product launch event for the Pelican Fuel Cell System took place during the Nor-Shipping exhibition in Norway earlier this week. Speakers included the Norwegian Minister of Ocean Policy, Bjørnar Skjæran and CEO of Corvus, Geir Bjørkeli as well as participants from partners Toyota and Wilhelmsen.

Product launch event at Nor-Shipping

The product launch event for the Pelican Fuel Cell System took place during the Nor-Shipping exhibition in Norway earlier this week. Speakers included the Norwegian Minister of Ocean Policy, Bjørnar Skjæran and CEO of Corvus, Geir Bjørkeli as well as participants from partners Toyota and Wilhelmsen. Watch a video from the product launch below.

About H2NOR

Corvus has been 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 modularized and cost-effective PEM (Proton Exchange Membrane) fuel cell systems for the international marine market. The project has received EUR 5.9m in funding from state agency Innovation Norway and The Research Council of Norway bolstering Corvus’ front-runner position in clean technology for maritime and other sectors.

Latest News

Auramarine has secured a contract with Spanish shipbuilder GONDAN Shipbuilders to supply complete methanol fuel supply systems for two new hydrographic research vessels, Wega and Deneb, being built for Germany’s Federal Maritime and Hydrographic Agency (Bundesamt für Seeschifffahrt und Hydrographie – BSH).

Auramarine Secures Dual Methanol Fuel System Order

The Finnish marine fuel systems specialist will supply complete methanol fuel supply systems for two GONDAN-built hydrographic research vessels being constructed for Germany’s BSH Auramarine...
Artemis Technologies has unveiled the next-generation Artemis EF-15 Escape, a fully electric foiling passenger vessel designed to accommodate up to 50 passengers, expanding the company's offering for urban and island waterborne transport, premium passenger services and logistics operations.

Artemis unveils 50-passenger electric foiling vessel

The next-generation fully electric foiling vessel features configurable passenger layouts and capacity for up to 50 passengers Artemis Technologies has unveiled the next-generation Artemis EF-15...
Combining GMDSS call statistics with an industry-first maritime safety broadcast analysis, Inmarsat Maritime’s new safety data platform aims to support shipping in addressing its persistent and evolving operational risks. Deep-sea shipping is an inherently hazardous enterprise and the many operational risks faced by vessels, cargo, and crew will likely never be eliminated entirely. Nevertheless, data can play a significant role in minimising the frequency and severity of incidents at sea.

Inmarsat Maritime Safety Data Hub Highlights Global Shipping Risks

Combining GMDSS call statistics with an industry-first maritime safety broadcast analysis, Inmarsat Maritime’s new safety data platform aims to support shipping in addressing its...
Bureau Veritas Marine & Offshore has awarded an Approval in Principle (AiP) to OceanAlpha for the design of its L42B uncrewed surface vessel (USV), developed for offshore hydrographic and geophysical survey operations.

OceanAlpha Secures BV AiP for L42B Offshore Survey USV

OceanAlpha's L42B combines a modular survey payload with remote operation capabilities to support extended offshore data-gathering missions Bureau Veritas Marine & Offshore (BV) has awarded...

Related news