In this Hyfindr Clips, we talk about increasing the voltage in fuel cell systems. Thomas Vetter from Aradex explains that systems are moving from 400V to 850V, especially in trucks, to achieve better efficiency. Higher voltage allows for the use of smaller cables, which are lighter, cheaper, and easier to install. By stepping up the voltage, smaller diameter cables can be used without sacrificing power, benefiting high-power applications like trucks with 180 kW systems. Thomas emphasizes the balance between fuel cell input voltage (lower) and target voltage (higher), necessitating a step-up process to achieve optimal performance with smaller, more cost-effective cables.


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Interview partner: Thomas Vetter (Aradex - [ Ссылка ])

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The following topics are covered in this Hyfindr Tech Talk: fuel cell,fuel cell dc dc converter,dc dc converter for fuel cell systems,fuel cell converter,hydrogen technology,fuel cell technology,future of dc dc converter,future of fuel cell systems,electro impedance spectroscopy,Field Programmable Gate Array,components of dc dc converter,pre charging unit for dc dc converter,switching frequency of converter,hyfindr clips,How do dc dc converters work,fuel cell voltage,increase voltage in fuel cell,step up devices

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