Quick Takeaways
- cellcentric fuel cell interface development moves forward with BRUSA HyPower collaboration.
- The partnership strengthens global supply chain capabilities for NextGen fuel cell systems.
On January 21, cellcentric GmbH & Co. KG announced that BRUSA HyPower AG, part of the BRUSA Group, is developing a fuel cell interface for its next-generation fuel cell platform. The project centers on the cellcentric fuel cell interface, a critical DC/DC converter for the new NextGen fuel cell system.
cellcentric fuel cell interface role in NextGen systems
The fuel cell interface functions as the DC/DC converter that connects the fuel cell stack to the vehicle’s high-voltage grid. It converts fuel cell voltage to the required high-voltage level, continuously monitors fuel cell operation, and ensures safe disconnection from the high-voltage grid when required, maintaining system integrity.
Note on high-voltage functionality and system safety
In addition to voltage conversion, the interface supplies electrical energy to high-voltage components within the fuel cell system. These capabilities support reliable operation under varying load conditions and help ensure stable energy distribution across the complete hydrogen fuel cell architecture.
By collaborating with BRUSA HyPower, cellcentric strengthens its global supply chain footprint, including access to the Asian market. With manufacturing and engineering operations across Europe, the USA, and Asia, BRUSA HyPower brings international scale and technical expertise, positioning it as a strategic partner for advancing NextGen fuel cell systems worldwide."
cellcentric fuel cell interface role in NextGen systems
The fuel cell interface functions as the DC/DC converter that connects the fuel cell stack to the vehicle’s high-voltage grid. It converts fuel cell voltage to the required high-voltage level, continuously monitors fuel cell operation, and ensures safe disconnection from the high-voltage grid when required, maintaining system integrity.
Note on high-voltage functionality and system safety
In addition to voltage conversion, the interface supplies electrical energy to high-voltage components within the fuel cell system. These capabilities support reliable operation under varying load conditions and help ensure stable energy distribution across the complete hydrogen fuel cell architecture.
By collaborating with BRUSA HyPower, cellcentric strengthens its global supply chain footprint, including access to the Asian market. With manufacturing and engineering operations across Europe, the USA, and Asia, BRUSA HyPower brings international scale and technical expertise, positioning it as a strategic partner for advancing NextGen fuel cell systems worldwide."
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