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LIGHT DUTY FLEETS

USE CASE 01

What is a Light Duty / Short Distance Fleet?

Light-duty fleets typically involve vehicles under 8,500–10,000 lbs GVWR, such as cargo vans, pickup trucks, and sedans, ideal for "last-mile" delivery, service calls, and municipal work. These fleets often operate within urban areas, returning to a central depot daily, making them perfect for electric vehicles (EVs). Examples of LDSD fleets include:

  • Last-Mile Delivery Fleets: Vans like the Ford Transit, Ram ProMaster, or electric alternatives such as the Rivian EDV and Ford E-Transit, used by courier services for urban deliveries.

  • Service & Contracting Crews: Light-duty pickup trucks—Ford F-150, Chevrolet Silverado 1500, or Toyota Tacoma—used by plumbers, electricians, and HVAC technicians.

  • Local Government & Municipal Fleets: Small SUVs or pickups, such as the Ford Maverick or Chevrolet Bolt, used by parks and recreation departments, parking enforcement, or inspectors.

  • Urban Maintenance/Landscaping: Small flatbed or light-duty dump trucks (Class 1-3) used for local landscaping, parks maintenance, or light construction.

  • Courier/Local Courier Service: Sedans and small cargo vans (e.g., Ford Transit Connect) operating in high-density areas for document or small parcel delivery

Why is this Use Case 'In the Money'?

The simple answer is Purchase Price.  The biggest challenge to electrification has been the up front premium that it takes to acquire a new electric vehicle.  In the Light Duty class, especially for sedans and SUVs, that price premium is substantially narrowing and in some cases is nearly non-existent. 

 

The second reason is that we're talking about use cases that often don't require long range driving.  Range anxiety is usually listed as one of the top obstacles for shifting to electric vehicles.  However, many if not most use cases rarely require ranges that would challenge most EVs.  The average daily distance travelled by delivery trucks is about 50 miles per day.  Trips by light trucks or cars are even short, closer to 40 miles per day.  Not all fleets are the same of course, but many fleets are excellent candidates for electrification.

Turning Challenges into Key Success Factors

Despite the strong cost-saving potential we discussed, fleet managers in 2026 still face several "speed bumps" when trying to pull the trigger on electrification. It’s rarely just about the vehicle itself; the vehicle is only one part of the overall system. However, with some forethought and the benefit of learning from others, it's possible to turn these challenges into the very elements that will make your electrification effort a success.

 

  • Do I have the Power?  A common concern is whether or not your facility will have enough electrical service capacity to serve the load for your EVs. 

    • The good news is that Light Duty vehicles often have much lower charging demands than expected.  Many municipal fleets travel only ~100 miles per week, meaning vehicles don't need to be charged every day.  In many cases Level 2 chargers are sufficient, and even Level 1 charging -- requiring essentially no new infrastructure -- is sufficient.  

    • ​Utilities, Cities and other Enablers are ready to help.  All Arizona utilities and many of our Cities have staff and programs designed to help organizations who are making progress through their electrification journey.  They can help you understand the sort of load that might be needed for your plans.
    • Failure to plan can be a real problem.  Don't expect to make progress without a well-considered plan.  Navigating local zoning and construction permits can add administrative delays before a single shovel hits the ground.  If your plans require major electrical service upgrades you will need to account for 12 to 24 months in order for the installation of new transformers or running high-voltage lines.
  • Fueling with Electricity is all about Time. In the gas world, a gallon costs what a gallon costs. In the electric world, when you fill up matters as much as how much.

    • Peak Pricing: Some rate programs implement Demand Charges, which are fees based on the highest amount of power you draw at any one time. If a fleet plugs in 20 trucks simultaneously at 5:00 PM, their electricity bill could skyrocket, erasing the fuel savings.  Understand your Rate Plan and work with your utility to choose the plan that works best for you.

    • Managed Charging: Fleet managers who electrify will become de facto "energy managers".  Utilities are increasing their attention towards how they can partner with customers to manage time of charge to reduce demand on the overall energy grid.  For example, managed charging can include using software to stagger charging times to stay under those price peaks.

  • Resale Value Uncertainty. Fleet managers typically buy a vehicle with a clear plan to sell it in 5–7 years.

    • Because the heavy-duty EV market is relatively new, there isn't a robust "used" market yet. This makes it difficult for CFOs to calculate the Residual Value (what the truck is worth when they're done with it), which is a key part of the financial math. 

    • Recognize the challenge of resale early.  Consider delaying electrification of vehicles that may need to be resold before they "pay for themselves".

    • Consider used EVs.  Many low-mileage EVs in good condition are coming off of their initial 2 and 3 year leases right now, some of which have resale prices less than half of their original price.  Many also are being offered with extended warranties that are transferrable.  Go make a deal!

Implementing the Step-by-Step Plan

  • Step 1: Build a Cross-Functional TeamElectrification is more than a vehicle purchase; it’s a construction and IT project. You need stakeholders who "own" different parts of the process.

    • Fleet Operations: To define duty cycles and driver needs.

    • Facilities/Real Estate: To manage the physical installation of chargers and site capacity.

    • IT & Data: To integrate telematics and managed charging software.

    • Finance/Sustainability: To track TCO (Total Cost of Ownership) and carbon credit reporting.

    • External Liaison: A dedicated person to stay in constant contact with the utility company.

  • Step 2: Perform Your ResearchUse data to eliminate "Range Anxiety" and prove the business case.

  • Duty Cycle Mapping: Use telematics to confirm your LDSD vehicles' daily mileage. If they travel <100 miles/day, they are perfect candidates for cheaper Level 2 charging.

  • Vehicle Selection: Identify models (like the Class 5 truck in your logo) that meet your payload requirements.

  • Incentive Search: Identify federal (45W tax credit), state, and local grants. In 2026, many "Green Corridor" grants cover up to 80% of infrastructure costs.

  • Step 3: Engage with Your UtilityDo not buy a vehicle until you know you can power it. Early engagement is the #1 factor in project success.

    • Load Assessment: Provide the utility with your projected vehicle count and charging speeds (e.g., Level 2 vs. DC Fast).

    • "Make-Ready" Programs: Ask if they offer subsidies for the "behind the meter" work (wiring, trenching, and transformers).

    • Rate Design: Discuss Time-of-Use (TOU) rates. Negotiate or select a plan that rewards overnight charging to avoid expensive "demand charges."

  • Step 4: Find Your "Enabler" PartnersYou need a "Three-Legged Stool" of external support.

    • The OEM/Dealer: Ensure they have a local service center trained in high-voltage repairs.

    • The EPC (Engineering, Procurement, Construction): Hire a contractor experienced specifically in EVSE (Electric Vehicle Supply Equipment). Standard electricians may underestimate the cooling or networking requirements.

    • Software Provider: Select a CMS (Charge Management System) that can "throttle" power to your trucks to stay under utility peak limits.

  • Step 5: Get Leadership Buy-InMove the conversation from "Green Initiative" to "Operational Excellence."

    • The TCO Pitch: Present the 10-year outlook. Show how the higher upfront cost is offset by 80%+ lower maintenance and 50% lower fuel costs.

    • Risk Mitigation: Explain how local regulations (like zero-emission zones) make this a "proactive" move rather than a "reactive" one.

    • Pilot Program: Propose a "Phase 1" (e.g., 5 vehicles) to prove the tech before a full-fleet rollout.

Case Studies

Recent case studies and analyses from 2024–2026 demonstrate that Light Duty electric vehicles (EVs) have reached a "tipping point" where they are frequently more cost-effective than gas-powered alternatives, particularly in high-utilization, stop-and-go urban environments.

  • Arizona Public Fleet TCO Analysis.  In a report released by Arizona Public Interest Research Group (Arizona PIRG) Education Fund, The Nature Conservancy in Arizona, and Frontier Group, even without federal tax incentives, Arizona and its local governments can realize savings of more than $100 million over the next decade by replacing retiring light-duty trucks, SUVs and vans in Arizona’s state and local government fleets with comparable electric vehicles (EVs).

  • New York City Department of Citywide Administrative Services (DCAS).  One of the most cited real-world case studies involves NYC’s massive municipal fleet.

    • Cost Advantage: Maintenance costs for all-electric vehicles were found to be up to 88% lower than gas-powered equivalents.

    • Specific Models: The Chevy Bolt averaged only $205 per year in maintenance, compared to over $1,000 for gas-powered vehicles.

    • Cumulative Savings: Even when factoring in the higher upfront purchase price and the cost of installing charging infrastructure, the Nissan Leaf showed a 21% cumulative saving over the gas-powered Ford Fusion.

  • FedEx Urban Delivery (Class 5 Trucks)FedEx has conducted extensive testing on Class 5 electric trucks in high-density urban routes.  While these trucks aren't technically Light Duty the lessons learned are excellent and still applicable to LD.

    • TCO Savings: In stop-and-go urban cycles, electric trucks achieved a median Total Cost of Ownership (TCO) that was 22% lower than diesel counterparts.

    • Efficiency: The electric motors were significantly more efficient at the low average speeds (approx. 20 mph) typical of city delivery, where gas engines lose money through idling.

    • Energy Consumption: These vehicles consumed 32–54% less energy than diesel trucks on the same routes.

  • United States Postal Service (USPS) & Federal Fleet.  A 2025 assessment of the federal fleet highlighted a massive shift in cost-effectiveness.

    • The Findings: By 2025, 97% of USPS vehicles could be replaced with EVs at a lower TCO than gas models.

    • Projected Savings: Electrification of the USPS fleet alone is projected to yield as much as $4.3 billion in lifetime savings.

    • Key Driver: The predictability of short, fixed-distance routes allows for "right-sizing" batteries and utilizing cheaper overnight depot charging.

  • General Commercial TCO Comparison. Recent analysis from RMI and Harbinger Motors across several LDSD scenarios shows a consistent trend toward EV benefits:

    • Private Security can be 9% lower Total Cost of Ownership (TCO) due to idling time reductions.

    • Patrol Cars can be at cost parity when electrified and compared to ICE vehicles because the high mileage (e.g. 20k miles / year) accelerates the benefits from electrification.

    • Paratransit Vans can also reach cost parity largely due to frequent stops maximizing regenerative braking savings.

  • Urban Efficiency Trends.  This report from the IEA documents how high-utilization fleets (like delivery and paratransit) reached price parity faster than consumer vehicles due to the extreme fuel and maintenance savings inherent in high-mileage urban duty cycles.​

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