Galvanically isolated
+97 % efficiency
Scalable
up to 10 MW with 200 kW modules
Fuel Cell Adaptable
Suitable for existing Fuel Cell Modules
Galvanically isolated 200 kW DC/DC converter module
DCKraft™ for Marine and Landbased Fuel Cells
DCKraft is a new developed solution for customers who want to maximize the output from the Fuel Cell, with a compact design and highest possible reliability.
The DC/DC converter — DCKraft — has galvanic isolation between input and output which protect the Fuel Cell from dangerous electric disturbances and create a safe and simple scalability.
Main benefits
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200 kW converter module
Parallel operation up to 10 MW
Width: 670 mm
Height: 310 mm
Depth: 500 mm
Up to 10 MW Total Power Output
The DCKraft fuel cell DC/DC converter system is scalable from 200 kW in a single module to an impressive 10 MW total power output across 16 cabinets. Seamlessly adaptable to your requirements, DCKraft stands as a reliable choice for fuel cell applications, offering powerful and flexible solutions for your needs.
Isolated DC/DC Converter for fuel cells
- Features
- Technical data
- Downloads
Centralized AFE and transformer smaller footprint
Fuel Cell System, Local DC Bus
DC/DC converter module with DAB technology (Dual Active Bridge)
Allowing besides galvanic isolation
- Bi-directionality
- High Efficiency
- Compact
- Good parallelizability
- Ability to adjusted to various operating windows
Can be used in many applications
DC/DC converter is used to:
Stabilize and control the output power of a Hydrogen Fuel Cell.
Control the voltage and current to the Electrolyzer process, powered directly by a solar panel installation.
Isolated DC/DC Converter for fuel cells
- Contact
- Quick assistance
- Product Support
Our experts
Peter Knutsson +46(0)470705200
David Persson +46(0)470705200
Arvid Mårtensson +46(0)470705200
Contact us at:
ups@kraftpowercon.comFAQ
How does the galvanic isolation in DCKraft's DC/DC converter ensure the safety of Fuel Cells?
What scalability options does DCKraft's DC/DC converter offer for Fuel Cells?
How does DCKraft's DC/DC converter contribute to the integration of Fuel Cells in various applications?
Why is DCKraft's DC/DC converter a reliable choice for maximizing output in Fuel Cell applications?
Can KraftPowercon customize DC/DC converters for specific industrial requirements?
How does KraftPowercon uphold its promise of reliability in DC/DC converters for fuel cells?
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