22 stories tagged commercial-evs on EV Digest.
The IAA Transportation trade show in Hannover, Germany, recently highlighted advancements in battery-electric heavy-duty trucks and delivery vans. Manufacturers showcased their latest commercial EV offerings, signaling progress in the electrification of logistics and freight transport.
Swedish truck manufacturer Scania has introduced a new heavy-duty battery-electric truck designed for long-distance hauling. This innovative model boasts an impressive range of nearly 447 miles (720 kilometers) on a single charge, addressing a key challenge for electrifying commercial transport. Its extended front and additional battery packs underscore Scania's commitment to advancing electric solutions for the logistics industry.
Stellantis's Pro One division unveiled a significant expansion of its electric commercial vehicle lineup at the IAA Transportation show in Hanover, Germany. The display featured 13 battery-electric vans and urban delivery vehicles from brands like Citroën, Fiat Professional, Opel, and Peugeot, signaling the automaker's commitment to electrifying its commercial fleet offerings.
DELIVAN, a new electric vehicle brand under China's Chery, is set to introduce its inaugural production electric vans to the European market. The company plans to unveil its first two all-electric models at the IAA Transportation 2026 trade show, marking its entry into the competitive commercial EV sector.
Sensata Technologies has introduced OmniNode, an innovative, off-the-shelf high-voltage power distribution unit designed for battery-electric commercial vehicles. This solution consolidates critical functions like DC charging, switching, circuit protection, and diagnostics into a single, compact system. Built using Sensata's own components, the OmniNode aims to simplify power management and enhance reliability for a range of commercial EV applications.
The Canadian Clean Fleet Awards, developed by Electric Autonomy and the Pembina Institute, utilize a data-driven framework to evaluate fleets' EV adoption and usage. This initiative highlights organizations excelling in transitioning their commercial vehicle operations to electric, focusing on metrics like smart charging and overall engagement.
The rapidly evolving commercial EV sector presents significant engineering hurdles, particularly in designing power distribution systems that are both scalable and efficient. Traditional multi-component architectures add complexity and extend development timelines. Integrated, off-the-shelf solutions are emerging as a way to simplify vehicle design, offering a more streamlined approach to managing power within these advanced electric fleets.
Electric semi-truck manufacturer Windrose has unveiled a powerful 70 kW electric Power Take-Off (PTO) unit, offering a zero-emission alternative to traditional diesel-powered auxiliary functions. This 'iPad-sized' device could significantly enhance the operational efficiency and environmental credentials of heavy-duty electric vehicles, providing a key advantage in the commercial trucking sector.
A new collaboration between Maxion Structural Components and Novelis has resulted in InVolt, an innovative aluminum battery housing designed for electric buses and trucks. This solution, developed using a novel aluminum alloy and stamping process, boasts a significant 35% weight reduction compared to traditional extruded housings. The adaptable design aims to enhance the efficiency and performance of heavy-duty electric commercial vehicles.
Swedish logistics technology company Einride is significantly boosting its electric freight capabilities by integrating 500 Tesla Semi trucks into its global fleet. This move underscores Einride's confidence in the rapidly expanding market for sustainable transportation and their own projected growth trajectory in electric logistics solutions.
Detroit-based startup Grounded EVs is expanding its electric vehicle offerings, moving from recreational vehicles into the commercial Class 3 truck segment. This strategic shift aims to address a growing demand for electric work vehicles, particularly in the mid-size category often overlooked by larger manufacturers.
Munich Electrification has unveiled the ME SSR, a solid-state battery disconnect unit designed to enhance the safety and performance of electric trucks and buses. This innovative component replaces traditional mechanical contactors and pyrotechnic fuses within high-voltage systems, offering a more reliable and efficient connection between the battery and the vehicle's drivetrain.
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.
Electric forklifts from manufacturers like Big Joe are showcasing the advantages of electrification and automation in the commercial sector. These battery-powered industrial vehicles are not only boosting efficiency in logistics and supply chains but also serving as a practical model for broader EV adoption.
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.
Australian firm Janus Electric is gaining traction internationally with its unique approach to heavy-duty vehicle electrification. The company specializes in converting existing diesel trucks into battery-electric models, offering a potentially more economical pathway to EV adoption than purchasing new electric trucks. With recent orders from customers in the US, Canada, and Australia, Janus Electric's order book is now reportedly full.
A new report from the Pembina Institute indicates that commercial fleet operators in British Columbia are receptive to adopting shared electric vehicle charging models. This approach could offer a more cost-effective alternative to individual infrastructure ownership for medium- and heavy-duty electric vehicles (MHDV). The findings suggest a potential pathway for expanded EV adoption within commercial fleets by alleviating charging infrastructure burdens.
Chinese battery giant CATL has announced a new battery designed for commercial electric vehicles, boasting ultra-fast charging capabilities. This new pack can recharge enough to support 200 km (124 miles) of range in just seven minutes. Significantly, a sodium-ion variant is also available, maintaining nearly full performance even in frigid -40 degree Celsius/Fahrenheit conditions.
German engineering group AZL has initiated a collaborative project focused on advancing composite, plastic-based battery casings for heavy-duty electric vehicles. The goal is to make these lightweight alternatives to traditional steel and aluminum economically viable for electric trucks, buses, and off-highway vehicles. This move could reduce vehicle weight and lower manufacturing costs in the commercial EV sector.
The Port of Los Angeles's Pier 400 is significantly expanding its electric vehicle operations with an order for 40 additional Orange EV HUSK-e XP battery-electric terminal tractors. This new acquisition brings the total electric fleet at Pier 400 to 60 units, fully electrifying the terminal's on-dock rail drayage operations. The move underscores a growing commitment to cleaner port logistics.
Commercial EV manufacturer Superlight has successfully raised $21 million in Series A funding, bringing its total capital to $33 million. This investment will enable the company to finalize its UK manufacturing facility and fulfill initial sales in the UK and EU. Crucially for North American markets, Superlight also plans to use these funds to prepare vehicles for customer testing and market entry in the United States.
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.
