The push for Class 8 electric vehicles (EVs) within the heavy-duty trucking industry has undergone significant shifts over the past decade. Government policies at the federal and state level along with technological advancements and corporate sustainability initiatives have shaped—and reshaped—the trajectory of EV adoption in this space. The most dramatic changes have occurred under the contrasting approaches of the Biden and Trump administrations, setting the stage for what’s to come in the next two years.
High Upfront Costs: A report by the American Transportation Research Institute (ATRI) notes that new Class 8 battery electric trucks can cost over $400,000, while diesel counterparts are around $180,000. However, advancements in battery manufacturing, economies of scale, and increased production volumes have begun driving costs down, with some projections expecting further reductions as more manufacturers enter the market.
Charging Infrastructure Limitations: Infrastructure development is expensive and can be slow. The U.S. Department of Energy's Alternative Fuels Data Center reports that installation costs for DC fast charging stations (which can include megawatt-level chargers) vary widely based on charger power and the number of chargers installed per site. Specifically, installation costs can range from $20,000 to $60,000 per connector, with higher costs associated with higher power outputs and more complex installations.
Investment from private companies like CBRE in partnership with Forum Mobility and increased funding from utility programs have started expanding charging accessibility, particularly near ports and distribution hubs.
Battery Range and Weight Concerns: While battery ranges have improved, most Class 8 EVs currently offer between 200–300 miles per charge, compared to diesel trucks that can travel 1,200–1,500 miles on a single tank.
The introduction of more energy-dense battery chemistries and rapid advancements in charging speed have helped mitigate these concerns, with new fast-charging technology allowing for partial recharges in under an hour. Additionally, lighter battery materials are in development, which could improve payload capacity.
Supply Chain Constraints: Despite increased production, supply chain issues such as lithium-ion battery material shortages and semiconductor delays continue to impact availability, often leading to long wait times for new orders.
However, domestic battery production in the U.S. has been increasing, reducing reliance on foreign suppliers and shortening lead times for some manufacturers.
Uncertain Incentive Landscape: A report from the Trucking Association discusses the high costs associated with electrifying the U.S. commercial truck fleet and the need for policymakers to address these concerns to facilitate a smoother transition. Some programs have been phased out or are no longer being pursued (like California’s Advanced Clean Fleets (ACF) Rule), but state-level incentives and private-sector investments continue to provide cost offsets, particularly in high-regulation states like California.
Before Biden took office, public and private incentive programs specific to Class 8 EV trucks existed but were limited. There were no federal incentives specifically targeted at heavy-duty electric trucks, leaving state programs to drive adoption.
Under the Biden administration, Class 8 EV-specific incentives expanded significantly.
The landscape for Class 8 EV trucks has changed significantly, and the outlook for widespread adoption has shifted. With the rollback of federal mandates and significant changes to California's regulatory landscape, the urgency for widespread investment in EV truck adoption has dramatically decreased.
For all practical purposes, there is no longer a pressing requirement for logistics providers to transition to Class 8 EV trucks in order to remain compliant or competitive. The Trump administration's rollback of key EV regulations has effectively halted aggressive federal mandates, and California's Advanced Clean Fleets (ACF) Rule—once a major driver of EV adoption—has been scaled back dramatically. As a result, EV adoption in the trucking industry will likely remain concentrated in select regional markets or within companies pursuing aggressive sustainability initiatives.
For shippers seeking stability and compliance in this evolving landscape, partnering with an efficient, regulation-savvy transportation provider is the most prudent strategy. Rather than investing heavily in EV infrastructure, businesses can achieve better ROI by aligning with carriers that prioritize cost-effective, compliant, and environmentally responsible practices.
Weber Logistics is a West Coast 3PL that has built a strong reputation for operational efficiency, regulatory compliance, and environmental responsibility. From CARB-compliant drayage services to a fleet that meets the highest EPA standards, Weber ensures its partners remain competitive without costly EV investments.
Contact Weber Logistics today to learn more about our integrated logistics solutions and how we can help your business thrive in today’s rapidly changing logistics environment.