Heavy duty commercial EV charging seen taking off in North America

Chargepoint megawatt charging-system (courtesy of Chargepoint)

By FMT staff, January 2025

Fleet Mobility Today

The charging infrastructure for the heavy duty commercial electric vehicle (EV) market in North America is seen increasing by some 15-fold by 2031.

The total number of connected charging points for heavy commercial vehicles in the region (mainly the United States) is expected to increase to 196,000 by 2031 from only 9,000 in 2023, according to IoT market research firm Berg Insight.

This number, which includes both public and non-public charging points, represents a compound annual growth rate (CAGR) of 47%.

Regional challenges such as curbing vehicle emissions and dealing with climate change are still among us, according to the research firm which sees a positive outlook for the heavy-duty EV market in terms of new vehicle offerings and charging infrastructure investments.

In North America, several regional and international companies are marketing DC chargers for commercial vehicle charging. WhileChargePointis a leading full-service provider which offers hardware, software and CPO services, other major hardware providers offering DC charging stations in the region include ABB E-mobility, BTC Power (E.ON), Tritium, SK Signet, Delta Electronics, BorgWarner, Detroit Diesel, FreeWire, Kempower and Siemens.

Freightliner eCascadia electric semi truck

 Robust Connectivity is key

Connectivity is crucial when it comes to managing EV charging effectively. Besides providing real-time insights into charging status, availability, and performance, it enables seamless integration of complementary technologies.

While the EV charging industry is still evolving, it has reached a point where solutions that enhance resource efficiency, scalability, and user experience are becoming essential, according to Berg Insight Senior Analyst Caspar Jansson.

 Berg Insight Senior Analyst Caspar Jansson (courtesy of Berg Insight)

Connectivity allows for advanced techniques like load management, demand response, energy storage, renewable energy integration, battery health monitoring, and fleet electrification support, says the analyst.

In the end, connectivity improves efficiency, helps to prevent grid overloads, and supports the overall electrification of fleets.