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Industrial E-Mobility

The electrification of all vehicle types across land, sky, water, and railway.

Silicon carbide enables sustainable transportation

Innovations in Wolfspeed silicon carbide technology provide reliable, efficient, and cost-effective energy conversion and delivery.

Transportation accounts for approximately 20% of global carbon dioxide emissions, primarily due to the burning of diesel and gasoline within internal combustion engine (ICE) vehicles. To decarbonize transportation, industries are turning to the benefits of electrification: energy efficiency and zero emissions.

Wolfspeed uses the term ‘industrial e-mobility’ to describe the range of applications across land, sky, water, and railway industries that run on – or are now turning to – electric platforms powered by silicon carbide.

Reliable and efficient solutions from Wolfspeed

Higher Power Density
Lower System Cost
Long-Term Reliability

Industrial E-Mobility Applications

Industrial e-mobility applications require reliable and efficient solutions to manage high voltages and currents under demanding environmental conditions. Compared to silicon, silicon carbide devices enable higher switching frequencies and greater power densities at much higher operating temperatures – which are all necessary for high-power industrial e-mobility.

An image of a commercial dump truck with a blue-purple gradient filter over top. This represents Wolfspeed's products that support e-mobility projects on land.


In addition to cars, buses, and trucks, agriculture and construction vehicles can also be electrified. These ‘off-highway’ vehicles include foragers, yard trucks, heavy construction excavators, forklifts, snowmobiles, and four-wheelers.

Commercial, Construction & Agriculture Vehicles
An forward-facing image of a helicopter with a blue-purple gradient filter over top. This represents Wolfspeed's products that support e-mobility projects in the sky.


Electrified sky applications include electric vertical take-off and landing (eVTOL), electric short take-off and landing (eSTOL), electric conventional take-off and landing (eCTOL), hybrid electric aircraft (HEA), and more electric aircraft (MEA).

A large industrial boat in the ocean, with mountains as a background, and a blue-purple gradient filter over top. This represents Wolfspeed's products that support e-mobility projects in the water.


Electrified water applications include vehicles that operate on and under water such as passenger ferries, cruise ships, water taxis, harbor crafts, cargo ships, tankers, yachts, jet skis, and submarines.

Where does silicon carbide fit within industrial e-mobility applications?

In addition to main inverters for battery electric vehicles (BEVs) and fuel cell boost converters for fuel cell electric vehicles (FCEVs), industrial e-mobility applications can also benefit from silicon carbide components within many different power electronics systems.

Each electrified system further reduces the number of mechanical components compared to ICE vehicles, enabling greater efficiency, lighter weight, and lower total cost of ownership (TCO). Overall, Wolfspeed silicon carbide enables higher power, lower switching losses, higher switching frequency, and system-level passive component reduction within these applications.

Illustrated infographic that shows the different products and components that make up Wolfspeed's Industrial E-mobility portfolio

Industrial E-Mobility Power Systems

Systems with a break down voltage ranging from 650 V – 3300 V can benefit from Wolfspeed silicon carbide devices, including:

  • Main inverters
  • Fuel cell boost converters
  • Battery management systems (BMS)
  • Auxiliary power supply units (PSU)
  • Auxiliary power drive
  • Pump and fan actuators
  • On-board chargers
  • Renewable energy conversion
  • High power conversion

Explore the Options

Product rendering of three Wolfspeed Silicon Carbide Bare Die MOSFETs.
Bare Die Silicon Carbide MOSFETs

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