ENGINEERING TOMORROW Customised current for tomorrows cars. Stay in the fast lane with automotive power modules25 millioncars worldwide use reliable, energy efficient power modules to ensure a smooth ride and a comfortable driving experience.

Driving innovation OPTIMISE PERFORMANCE Danfoss Silicon Power modules are used in a wide range of automotive applications: New and challenging applications in future automobiles require innovative, reliable and cost effective solutions. Traction inverters, DCDC-converters, line chargers, integrated starter-alternators and auxiliary drives are gaining popularity. I Electric Traction (Hybrid and battery electric drive train) I Medium voltage high power I Electric Power Steering I Power management: DC/DC converter, body electronics, auxiliary drives I Thermal Management with ShowerPower® Danfoss...

Trendsetting partner More than 10 million cars from top tier manufacturers use our power management technologies. This has enabled Danfoss to build a strong reputation as a leading supplier of customer-specific solutions to the automotive industry. Empower your next generation vehicle with pressure-sintered semiconductors, Danfoss Bond Buffer, long-life copper wire bonding and advanced ShowerPower® direct cooling. Find the key to utilize advantages of new wide band gap material and safely operate at elevated temperatures. Proprietary technologies just for you We work closely with our customers to...

ENGINEERING TOMORROW Danfoss Silicon Power Based in Flensburg, Germany, Danfoss Silicon Power is a leading developer of customer specific IGBT and MOSFET modules and power stacks for power intensive applications. Our power modules and power stacks are a preferred choice in demanding automotive and wind power applications and a wide variety of industrial applications. Our 35,000 m2 research, development and production facility is certified according ISO 9001, ISO/TS 16949, ISO 14001, ISO 50001 and OHSAS 18001. This enables us to quickly transfer development projects to high volume production that...