Applications for Full Electric and Hybrid Vessels
Fagor Ederbatt’s lithium-ion batteries are engineered to excel in marine applications, meeting the main standards required for different ranges of vessels, from ferries to recreational crafts.
Fagor Ederbatt batteries have been designed to offer an impressive energy density, providing long-lasting power in a compact and lightweight design, in the same way that their robust construction ensures durability against saltwater, vibrations, and temperature fluctuations common in marine environments.
Equipped with advanced Battery Management Systems, they offer unparalleled safety and performance consistency. With fast charging capabilities, low self-discharge rates, and an extended lifecycle, they are the ideal choice for demanding marine operations, making Fagor Ederbatt batteries the smart choice for marine professionals seeking reliability and efficiency.
Full Hybrid Passenger Ferry
Use case for full hybrid catamarans, with an installed energy of 300 and 350 kWh where Fagor Ederbatt’s batteries are parallelized alongside the vessel’s main engines, providing support or allowing the catamaran to be operated under electric power for short-medium periods of time.
15,4 m Catamaran - 300 kWh
10 battery packs parallelized for dual hull configuration
19 m Catamaran - 350 kWh
12 battery packs parallelized for dual hull configuration
Full Electric Recreational Boat
Weekend cruiser developed as an innovative electric hydrofoil boat that combines a battery-electric drive system with energy-efficient foil technology, offering a unique and sustainable marine experience, incorporating Fagor Ederbatt’s battery packs for providing efficient energy storage and power delivery for electric boat propulsion.
28-Foot Cruiser - 70 kWh
2 battery packs parallelized and combined with a range extender architecture
Battery System Specifications
Fagor Ederbatt’s modular High-Voltage Battery System for marine applications is engineered to meet the demanding requirements of electric and hybrid vessels. This advanced system is based on marine-grade battery modules, each with an installed:
The system’s scalability is achieved through the integration of different configurations from 2 to 20 battery modules, providing the flexibility to meet diverse power requirements across various vessel types and sizes, from small pleasure craft to larger commercial ships.
Our process for Marine Electric & Hybrid
We focus on offering personalized solutions through four steps. We seek to understand your needs, model appropriate solutions, evaluate customization options, and agree on final features.
This approach ensures that the service adapts to your objectives and context, providing an effective and satisfactory experience.
Let’s create the future together
Ricardo Valoria
Business Development, Marketing and Sales
Contact us and tell us about your project
