15 stories tagged fleet-electrification on EV Digest.
Forty new electric school buses are rolling out in New York City, marking a significant step in electrifying the city's school transportation fleet. The rollout includes a novel charging infrastructure project by First Student, designed to reduce installation costs by 20% through smart energy management.
The University at Buffalo, a major New York State institution, has significantly upgraded its campus transit system by integrating eight new 40-foot battery-electric buses. This initiative, serving 16,000 daily passengers, marks a substantial step towards electrifying its 'UB Stampede' fleet. The project also included the installation of ten new charging stations to support the expanded electric operations.
Santa Monica's public transit agency, Big Blue Bus, is significantly expanding its charging infrastructure with the addition of 130 new DC fast-charging ports. This major buildout supports the city's ambitious goal of converting its entire bus fleet to zero-emission electric vehicles by 2032, streamlining the transition and ensuring reliable service.
APM Terminals Elizabeth, a major port operator in New Jersey, is significantly expanding its electric vehicle fleet with an order for 96 new electric terminal tractors from Orange EV. This move highlights a growing trend of electrifying port and logistics operations, leveraging EVs for their suitability in demanding, short-haul industrial applications. Orange EV has successfully carved a niche in this sector, now boasting approximately 2,000 electric trucks in service.
New research from McGill University suggests that transit agencies may save significant operational costs by opting for slower charging methods and increasing their electric bus fleet size. The study, which focused on winter performance, highlights that frequent DC fast charging can dramatically inflate total energy consumption and overall ownership expenses for electric buses.
The U.S. Army is taking a significant step towards fleet electrification by launching a program to develop new hybrid-electric tactical vehicles. This initiative will see specialist manufacturer BC Customs compete alongside automotive giants Ford and General Motors for contracts, aiming to integrate more efficient, low-emission vehicles into military operations. The move underscores a broader strategic shift towards sustainable and technologically advanced defense logistics.
As electric commercial vehicles gain traction, the need for rapid charging solutions becomes critical for fleet operators. This technical deep dive explores the burgeoning demand for megawatt charging (MCS) technology, outlining the significant performance advantages, cost considerations, and technical challenges involved in its widespread implementation.
California's Air Resources Board (CARB) has revised and relaunched its Clean Fuel Reward program, allocating $250 million to incentivize the purchase of new medium- and heavy-duty electric trucks. This updated program aims to accelerate the adoption of zero-emission commercial vehicles, but initial reactions suggest it might disproportionately benefit smaller trucking operations.
A Wisconsin-based trucking company has become the latest to integrate the Tesla Semi electric Class 8 truck into its fleet for a pilot program. This move signifies growing adoption of the Semi, which recently began volume production after its 2017 unveiling. Several other fleets are already operating the electric trucks commercially or in similar pilot phases.
Medium-duty electric trucks (Classes 4-6) are rapidly gaining traction in the U.S. commercial sector, driven by advancements in battery technology and a growing charging ecosystem. Fleets are increasingly adopting these vehicles for urban and regional deliveries, realizing significant operational savings and environmental benefits. However, widespread adoption still hinges on expanding public charging infrastructure and addressing range anxiety concerns for longer routes.
A new report from CALSTART reveals significant growth in zero-emission truck adoption across the United States last year. After a slower start, deployments accelerated in the latter half of 2025, with zero-emission models making up more than 4% of all new truck deployments.
Orange EV, a leading manufacturer of electric terminal trucks, announced significant milestones this month, with over 2,000 of its zero-emission yard hostlers now deployed to customers. This achievement coincides with their trucks collectively logging more than 33 million electric miles, demonstrating growing adoption in logistics and distribution. The company also highlighted a key delivery to Coca-Cola Canada Bottling, expanding its footprint in North America.
The electrification of heavy-duty trucking is hampered by a severe lack of adequate charging infrastructure. While fleet operators are eager to transition, the current grid and charging solutions are insufficient to meet the demands of long-haul routes and rapid turnaround times. This bottleneck jeopardizes emissions reduction targets and the overall viability of electric freight transport.
The transition to electric trucks is proving more challenging than anticipated, with fleets encountering significant hurdles that may delay widespread adoption. Despite promising early tests, operational realities are slowing down the shift from diesel to electric for commercial transportation.
California trucking companies are increasingly looking to the Tesla Semi as a viable option for fleet electrification. Its competitive pricing and impressive range are proving attractive compared to other electric trucks currently on the market, potentially accelerating EV adoption in the heavy-duty sector.
