Does charging your electric vehicle whilst grabbing a coffee sound like a myth?
As the Electric Vehicle (EV) market is set to grow exponentially, Government initiatives are pushing huge investment plans in new vehicle models and infrastructure. Limited charging infrastructure, especially during long journeys, however, is hindering the move to private electric vehicles.
SiC power semiconductor devices for fast DC chargers delivering 350 kW are making the transition to EVs more feasible, by decreasing the charging time to less than ten minutes.
This Electric Vehicle Charging Whitepaper examines the role SiC power semiconductor devices and other supporting technologies offer in such applications.
What you can learn from reading this whitepaper?
- Charging options
- Selecting an optimum charger topology
- The inherent advantages of SiC MOSFETs in DC chargers
- Speeding up the design of EV DC chargers
- Adding EVs to the sustainable energy mix
- Fast charger challenges beyond improving power density
The Benefits of reading this Whitepaper:
- Get insights into the growing electric vehicle market
- Understand the demands it places on society to provide battery charging solutions that mimic the ease of refueling
- Learn about standards for electric vehicle chargers, approaches and topologies that are gaining momentum in this unique application area