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    Off-Board Electric Vehicle Charger Plugged into EV
    Renewable Energy

    Fast Charging

    By replacing traditional Si components with Wolfspeed Silicon Carbide upgrades, DC fast charger designs can realize significant gains in system efficiency, power density, and reliability.

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    Silicon Carbide is powering the future for Electric Vehicle Fast Charging

    Fast charging DC stations can charge Electric Vehicles in just 30 minutes by bypassing the onboard charger (OBC) for rapid, direct battery charging.


    Wolfspeed  CRD-22AD12N - 22kW Bi-directional High Efficiency Active Front End (AFE) Converter
    Wolfspeed's 22kW Bi-directional High Efficiency Active Front End (AFE) Converter Reference Design

    Power Up Faster with Off-Board DC Fast-Charging Technology

    When drivers of electric vehicles (EVs) need a charge while on the go, the best option is off-board DC fast chargers, which enable rapid charging of EV batteries. Unfortunately, traditional silicon’s (Si’s) switching performance is limited, which means that even the fastest of Si-based chargers is still going to be too slow for the average consumer’s expectation. Alternatively, Silicon Carbide (SiC) and its unique physical properties enable superior switching speed and higher power delivery— which means an efficient charge.

    PRD-08367: EV Charging Power Topologies Design Guidebook
    Off-Board DC Fast Charger diagram showing how power is converted from AC Source to the EV Battery
    Off-Board DC Fast Charger

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    Maximizing Performance of 1500 V DC Bus Applications with the 2300 V SiC Modules

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    Reimagine Auxiliary Power Supply System Durability & Cost with Wolfspeed’s New 1700 V MOSFET Technology

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    Gen 4 Silicon Carbide Technology:
    Redefining Performance and Durability in High-Power Applications

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