The first EV application just happens to be the last mile

The first EV application just happens to be the last mile

Given the range limitations, commercial EVs are primed for last-mile deliveries, and the headlines surrounding that application have been numerous:

• Customers across the U.S. will begin to see custom electric delivery vehicles from Rivian delivering their Amazon packages, with the electric vehicles hitting the road in Baltimore, Chicago, Dallas, Kansas City, Nashville, Phoenix, San Diego, Seattle, and St. Louis, among other cities.

• FedEx Corp. has received its first 150 electric delivery vehicles from BrightDrop, the startup from General Motors.

• Walmart says it has signed a definitive agreement with Canoo to purchase 4,500 all-electric delivery vehicles, beginning with the Lifestyle Delivery Vehicle (LDV), with the option to purchase up to 10,000 units.

• The North American Council for Freight Efficiency (NACFE) released the fourth and final market segment report that noted that 100% of medium-duty box trucks will embrace electrification although some applications within the duty cycle will be easier to electrify than others that have more complex operations.

Clearly, there’s a lot to talk about. So David Sickels, editor of our sister publication The Buzz, and I sat down to talk about what it all means, where EVs are going and what commercial applications they’re primed to serve. Watch the video above for all of our antics.

Amped for more?

Catch up on a few of our most recent Amped episodes:

You May Also Like

Diesel powertrain technology that makes a decarbonization difference

Saving diesel can reduce CO2 emissions, but is it enough to make a difference? Volvo thinks so, and made these changes to boost efficiency.

Trucking-Sustainably-mar24.-truckengine

For every gallon of diesel saved, there's a reduction of 22.4 lbs. of CO2 emissions. Putting more fuel efficient diesel trucks on the road can make a big decarbonization impact.

Consider, for example, the up-to-10% fuel efficiency gain of the all-new Volvo VNL. Volvo's turbo compounding technology is a big example of the advanced engineering behind diesel engine advancements.

Navigating the EV charging market

Thoughts on future-proofing charging infrastructure installations and charger/EV compatibility.

Amped-Featured-Image-EP36-AUTEL-1000x500
This year’s truck trade show EV trends

Companies focusing on truck maintenance are approaching zero-emissions differently than OEMs designing new EV offerings.

Amped-Featured-Image-EP34-2023-Truck-Shows
The electric school bus rollout reality

Taking commercial vehicle battery electric technology to school.

Proterra-Electric-School-Bus-1400
Extending equipment sustainability strategies to electric transportation refrigeration units

How fleets are starting to use electric TRUs in zero-emissions operations.

Amped-Featured-Image-Carrier-1400

Other Posts

Why fuel filtration science matters

Fleetguard shares the story of filtration science leading to a biodiesel solution with a seven-time increase in performance.

The trucking life of the internal combustion engine going forward

A glimpse into the fossil-free future of truck engines that run on everything from biodiesel to natural gas to hydrogen.

volvo-fuel-cell-1400
Fleet Profile: PepsiCo drives toward net-zero emissions by 2040

Here are the variety of approaches and successfully reducing the carbon footprint of its fleet and distribution operations

Frito-Lay-PepsiCo-Tesla-and-CNG-Tractors
Reducing refrigeration emissions through diesel particulate filters

Rypos says active DPFs come with an initial cost, but will bring your fleet savings in the long run, while combating climate change.

Refrigerated-emissions