Accelerate Your DC EV Charging Projects
Efficient Design Systems For Hyper-Fast DC Charging Systems
50 kW SiC based Reference Design for Hyper-Fast DC Charging Systems
High-power DC charging systems are the answer to the demand for faster and more reliable charging for EV owners and the EV industry. Design engineers need flexible and efficient design systems and support to accelerate their DC EV charging projects.
What you will learn from attending this webinar:
Learn how a modular reference design platform for DC EV charging systems can enable the flexibility to pick what you need to speed up your individual designs.
✔️ Reduce time2market for your next DC EV charging design
✔️ Know how to safely use CoolSiC™ MOSFETs in an innovative topology combination
✔️ Blueprint how to realise a highly efficient bi-directional charging system
System approach:
- First focus use case is a 50 kW DC EV charger subunit in a 19" rack
- Universal power conversion concept for high efficiency and reliability
- Flexible thermal management: switch between convection, air, or liquid cooling possible
- Generic power control card with CAN communication
- Power control software with a user-friendly and detailed GUI
Benefits to you:
- Wide DC output voltage range to comply with all relevant EV battery types
- High power conversion efficiency
- Bi-directional operation capability
- Full virtual design of a modular and stackable 50 kW subunit
- Overall: Reduced R&D time and effort
This webinar is suitable for anyone with an interest in accelerating their DC EV charging projects, Design Engineers, and those with an interest in Wide-Bandgap (WBG) semiconductors and/ or Silicon Carbide (SiC) power in EV chargers.
We look forward to seeing you online!
Speakers
Josef Maerz
Director of Application Management
Infineon Technologies
Andrej Orel
Segment Manager City & Infrastructure
EBV Elektronik
Sponsors
