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Automotive Event

9th Automotive HV
Power Supply Systems
Munich
July 26th – 29th 2023

Automotive HV Power Supply Systems logo

Vicor covered cutting-edge 48V topics in automotive

Vicor showcased its expertise in 48V, delivering two sessions at the Automotive HV Power Supply Systems Conference in Munich. In the wake of Tesla’s announcement to move to 48V power, there has been momentum in identifying the best path to converting from 12V to 48V for automotive applications. Vicor, the leader in 48V power designs, explained the benefits of using 48V and how high-density power modules make the transition easy, and enable flexibility and scalability for adoption.

Vicor presented two sessions at Automotive HV Power Supply Systems Conference

Benefits and roadblocks for 48V automotive power networks

Presented by Greg Green and Haris Muhedinovic

Greg and Haris will facilitate a discussion covering topics on 48V in automotive such as:

  • Is 48V ready to become the alternative to 12V technology?
  • What are the best architectures and implementation strategies for 48V?
  • What vehicle level benefits can 48V technology be utilized to achieve?
  • What are the roadblocks to implementing a 48V power distribution network?

Photograph of Greg Green

Greg Green has over 33 years of experience in the automotive industry, spanning across manufacturing, design engineering and product line management with OEM’s, and Tier 1 suppliers. Greg’s auto industry experience includes manufacturing, product development, and business development. Greg holds a B.S. Degree in Aerospace Engineering from the University of Michigan, and an M.S. in Manufacturing Management from Kettering University.

Photograph of Haris Muhedinovic

Haris Muhedinovic works with OEMs and TIERs to design and develop highest performance power solutions for most demanding automotive applications. With his interest in power electronics and electronics systems, Haris is aware of new technologies and trends in industry, which allows him to implement power solutions to meet the most demanding specifications. Haris received his MSc from the University of Sarajevo and has 9 years of experience in power electronics in design and application engineering.

Cutting-edge 48V power networks enabled by miniaturized power modules

Presented by Greg Green, Director, Automotive Customer Programs, Vicor

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Greg Green will present how to achieve space and weight efficient High Voltage to 48V Automotive Power Delivery Networks.  He will highlight how the latest DC-DC conversion technology can provide 48V power networks with minimal space and weight requirements.  Additionally, he will showcase how power modules using sine amplitude conversion for HV – 48V conversion can support the removal of the 48V battery from the vehicle power network.

Photograph of Greg Green

Greg Green has over 33 years of experience in the automotive industry, spanning across manufacturing, design engineering and product line management with OEM’s, and Tier 1 suppliers. Greg’s auto industry experience includes manufacturing, product development, and business development. Greg holds a B.S. Degree in Aerospace Engineering from the University of Michigan, and an M.S. in Manufacturing Management from Kettering University.

About Automotive HV Power Supply Systems Conference

Automotive IQ is pleased to announce the return of its long running 48V Power Supply Systems conference, returning to Munich after a 4-year hiatus, fully rebranded as the Automotive HV Power Supply Systems Conference 2023, to reflect current driving factors, challenges and opportunities, including: High-efficiency, High-energy density and cost optimization; rapid acceleration towards high-voltage power supply systems; opportunities to leverage widely known safety benefits of low-voltage 48V and 12V power supply systems; major OEM goals to guarantee power reliability, redundancy, capacity and efficiency; technological advancements in inverters; DC-DC convertors, silicon carbide technologies & power electronics; increased focus on E/E architectures & thermal management and cybersecurity of electrical & electronic components.