UI Kit – Functional

The maritime industry is undergoing a paradigm shift toward decarbonization, driven by both regulatory pressures (IMO Tier III) and environmental responsibility.

Transitioning from traditional diesel layouts to hybrid and zero-emission configurations requires a deep understanding of energy density and system recovery. This holistic approach ensures that marine propulsion solutions remain sustainable without compromising vessel autonomy.

• Fuel Cell Integration: as showcased at the 2023 Damen Festival in collaboration with General Motors, our flywheel energy storage systems play a key role in hydrogen-powered vessels by acting as a dynamic buffer between fuel cells and propulsion loads.
  By absorbing transient power peaks and recovering kinetic energy during load variations, the flywheel reduces fuel cell oversizing, stabilizes the balance-of-plant (BoP), and improves overall system efficiency. This architecture is particularly relevant for port authority vessels and short-sea shipping applications targeting true zero-emission operation with optimized energy management.
• HVO Biofuel Adoption: in partnership with Enilive, we validated HVOlution, a second-generation paraffinic biofuel for marine applications within hybrid powertrains incorporating flywheel energy storage.
  In this configuration, the flywheel mitigates load fluctuations and peak demand on conventional engines running on HVO, enabling smoother operation, improved fuel efficiency, and reduced CO₂-equivalent emissions. This solution allows existing vessels to enhance sustainability without requiring hardware modifications to the marine transmission systems.