Arc-free switching at high voltages

An increasing number of comfort functions in vehicles must be supplied with increased power. The obvious solution is to enable more power by increasing the operating voltage. The flowing current remains unchanged so that power loss, cable cross-sections and cooling systems must not be adapted.

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Safe power distribution for voltages up to DC 400 V

Higher voltages for the active technology supply in the telecommunication technology area have been discussed for years. While existing systems are normally not retrofitted due to the high costs involved, this option is quite popular for newly built control rooms and data centres.

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All-in-one solution for the HV battery

Electrical cars, buses and delivery vehicles are a common sight today. However, new solutions are needed to make them even more desirable and economical and appropriate for other applications, such as long-distance trucks and coaches.

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The future is DC

Higher DC voltages are the next technological evolutionary stage in the industrial sector. But these networks place completely new demands on overcurrent protection. We are already working on solutions for these future challenges.

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New ways in high voltage protection

Electronic vehicles are already a mass market. Relatively long charging times, expensive batteries and rather low ranges are still critical challenges, but are being improved quickly. We also support the development of sustainable mobility and provide some insight into current and future high-voltage battery switching and protection concepts.

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