All-Electric Trucks Planned for Houston
The Houston-Galveston Area Council is partnering with the Center for Transportation and the Environment and Smith Electric Vehicles Corp. to replace existing diesel-powered delivery vehicles with all-electric medium- and heavy-duty Smith Newton trucks in the Houston-Galveston area.
The Houston-Galveston Area Council is partnering with the Center for Transportation and the Environment and Smith Electric Vehicles Corp. to replace existing diesel-powered delivery vehicles with all-electric medium- and heavy-duty Smith Newton trucks in the Houston-Galveston area.
The H-GAC Zero Emission Truck project will demonstrate the effectiveness of all-electric delivery vehicles to perform at the same level of operation as similarly sized diesel delivery vehicles. The deployment of 30 trucks is planned, which will reduce petroleum consumption by over 250,000 gallons of diesel over a two-year period.
The Newton trucks feature Smith's proprietary Smith Power system, which has 40 kWh to 120 kWh battery-pack options, and the Smith Drive and Smith Link platforms. The vehicles that will be deployed under this grant intiative are based on Smith’s latest production-model Series 2000, which has been deployed in several locations in the U.S., the company says.
Smith notes that an electric vehicle charging station will be delivered as a part of the project. Full recharging of each vehicle takes approximately six to 10 hours per night.
More Fuel Smarts

Cummins Adjusts 2027 Engine Rollout After EPA Proposal
The engine maker will gradually introduce its new Model Year 2027 diesel engines while continuing to offer current models during the transition, citing the EPA's proposed emissions rule changes.
Read More →
EPA Proposal Could Ease 2027 Truck Costs and Buying Uncertainty
The proposal doesn't change the tougher NOx standard, but it would revise key implementation requirements that manufacturers say have driven up costs and complicated fleet purchasing decisions.
Read More →
Cummins, Paccar Ease DEF Derates After EPA Guidance
Updated diesel engine software gives truck operators more time to address emissions-system issues while staying compliant with EPA emissions standards.
Read More →
Maintenance in the Messy Middle Part 3: Biodiesel
Biodiesel can reduce emissions, improve fuel-system lubricity and use existing diesel infrastructure. But NACFE’s Messy Middle maintenance report says fleets must actively manage storage, cold-weather operation, filters and oil drain intervals to avoid problems.
Read More →
Enhance Fleet Performance with High-Efficiency Auxiliary Power Units
Drive sustainable cost savings while increasing driver comfort during short- and long-haul logistics operations.
Read More →
Maintenance in the ‘Messy Middle’ Part 2: Renewable Diesel Fuel
NACFE's latest Messy Middle Powertrain Service & Maintenance report says renewable diesel gives fleets an opportunity to reduce carbon emissions without changing trucks, fueling infrastructure or maintenance practices. But technicians still need to understand several important operational differences.
Read More →
The Diesel Engine Enters NACFE’s ‘Messy Middle’
NACFE’s new Messy Middle Powertrain Service & Maintenance report says keeping modern diesel engines running now depends as much on software, diagnostics and data as traditional mechanical service.
Read More →
DTNA Software Update Gives Truckers More Time Before DEF Derates Take Effect
The changes reflect EPA guidance aimed at reducing downtime caused by emissions-system faults while maintaining compliance requirements.
Read More →
New Agentic Predictive Maintenance Report Demonstrates How Degraded Aftertreatment Systems Waste Fuel
Questar analyzed a large mixed-class fleet and discovered it was wasting as much as $30 in fuel per vehicle, per day, because of mechanically degraded aftertreatment systems.
Read More →
New York City's Microhub Project is Delivering Results
Trucking, last-mile delivery companies, and environmental advocates like what they are seeing so far with New York's microhub program.
Read More →
