How to plan & execute a fleet EV transition
Moving to electric vehicles (EVs) isn't as simple as swapping one vehicle for another. Fleets need to know which vehicles are ready to make the switch, how they'll charge, what it will cost and how EVs will fit into day-to-day operations.
That's where a fleet electrification strategy comes in. Fleet electrification is the process of transitioning some or all internal combustion engine vehicles to electric vehicles.
For most fleets, electrification happens in phases. Existing fleet data can identify which vehicles and routes are the strongest candidates today, helping inform charging, costs, drivers and future expansion.
This guide explores how to assess EV suitability, build a fleet electrification roadmap, plan charging infrastructure, evaluate total cost of ownership, prepare drivers and manage EVs alongside an existing fleet.
1. Building a fleet electrification strategy
Electrifying an entire fleet at once may not be practical—or necessary. Some vehicles and routes may already be well suited for EVs, while others could be a better candidate in the future.
A fleet electrification strategy starts by finding that first group. Instead of relying on assumptions about which vehicles could make the switch, fleets can use existing operating data to conduct an EV suitability assessment and identify where electrification makes sense today.
Assess real-world vehicle use
Range is one of the first areas managers need to evaluate. But looking at an EV's advertised range alone doesn't show whether it fits the job.
An EV suitability assessment uses data from existing internal combustion engine vehicles to compare actual usage with potential EV capabilities. Daily mileage is especially useful because it shows how far individual vehicles typically travel.
Look at questions such as:
- How many miles does each vehicle travel on a typical day?
- How often does daily mileage exceed the range of a potential EV replacement?
- Which vehicles follow relatively consistent routes or usage patterns?
- Where and for how long are vehicles typically parked between shifts?
The goal isn't to find vehicles that could operate as EVs under ideal conditions. It's to identify candidates that fit the fleet's real operating requirements.
42% of over 92,000 light- and medium-duty assets analyzed across a data pool of over 300 customer fleets had daily mileage within EV range 95% or more of the time. — Verizon Connect analysis”
Identify the best EV candidates
Vehicles with predictable daily mileage that consistently falls within EV range may offer a more practical starting point than vehicles with highly variable or longer-distance duty cycles. The assessment can also estimate potential energy-cost savings and CO₂ reduction, adding more context to the decision.
Rather than asking, "Can our fleet go electric?", the more useful question becomes, "Where does electric make sense first?"
Prioritize the rollout
Use the assessment findings to establish priorities and build a phased fleet electrification roadmap.
| What the assessment shows | Transition priority |
| Daily mileage and usage patterns are consistently compatible with a potential EV replacement. | Ready to evaluate now |
| An EV may fit, but range requirements, operating patterns or other factors need further evaluation. | Worth monitoring |
| Current operating requirements make an EV replacement less practical today. | Revisit later |
From there, fleets can decide which vehicles, routes or locations make sense for an initial EV rollout—and use what they learn to inform future phases.
See which vehicles may be ready for EVs
Learn how Verizon Connect's EV Suitability Tool uses existing fleet data to identify potential EV candidates and estimate energy-cost savings and CO₂ reduction.
2. Planning EV fleet charging infrastructure
Adding electric vehicles introduces a new operational question: When and where will each vehicle have enough time to charge without affecting the work it needs to do?
An EV fleet charging strategy depends on understanding how vehicles operate throughout the day. Where they park, how long they stay there and when they're needed all shape the charging plan.
Map charging to vehicle schedules
Charging requires planned vehicle downtime, making vehicle availability an important part of the equation. Without a plan, an electric vehicle may not be ready when the next shift or job begins.
Consider:
- When and where vehicles typically finish their shifts
- How long vehicles remain parked between trips or shifts
- When each vehicle needs to be available again
- How many vehicles may need to charge at the same time
- How much range each vehicle needs for its next assignment
Plan for different charging needs
Charging requirements won't necessarily be the same across the fleet. A vehicle parked for an extended period may have more flexibility than one with a shorter turnaround between assignments.
Telematics can provide insight into charging time and help fleets align charging with available downtime.
The type of charging infrastructure also matters. Level 2 charging may be a practical option for vehicles parked for longer periods, while DC fast charging can support vehicles with shorter turnaround times.
Before installing chargers, fleets should also assess whether their facilities have the electrical capacity to support them. This can help identify potential infrastructure upgrades as more EVs are added.
Factors to consider when planning charging
| Look at | What it helps determine |
| Daily range needs | How much charge a vehicle needs before its next assignment |
| Parking time | How much time is available for charging |
| Vehicle schedule | When the vehicle needs to be ready to return to service |
| Charging time | How charging fits into the vehicle's available downtime |
| Fleet growth | How charging needs may change as more EVs are added |
Once electric vehicles are in operation, actual charging patterns can show where the plan may need to change as the fleet grows. The aim is to fit charging into fleet operations—not force fleet operations to work around charging.
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3. Evaluating EV fleet TCO and ROI
The purchase price is one part of the decision to add electric vehicles. To understand the longer-term financial impact, fleets also need to consider what vehicles cost to operate over time.
A total cost of ownership (TCO) analysis brings those costs together, allowing fleets to compare electric vehicles with internal combustion engine vehicles.
Fleets can combine internal operating data with energy insights to evaluate ownership costs, including fuel or energy, maintenance, charging and available incentives. While calculating a comprehensive TCO analysis requires reviewing multiple factors, telematics data can help assess potential fuel savings.
Set a baseline with existing fleet costs
Before estimating how much an electric vehicle may cost to operate, establish a baseline for the vehicles it could replace.
Telematics data can provide insight into fuel and maintenance costs for existing vehicles. Using actual operating costs creates a fleet-specific benchmark for evaluating expected EV expenses.
Historical data can also identify vehicles that have reached a point in their lifecycle where replacement already makes sense—and whether that replacement should be an EV.
Compare the costs that matter
| Cost area | What to evaluate |
| Acquisition | Initial cost of the vehicle |
| Fuel or energy | Current fuel spending compared with expected electricity costs |
| Maintenance | Historical maintenance costs compared with expected EV maintenance |
| Charging | Costs associated with supporting the fleet's needs |
| Incentives | Current programs that may affect acquisition or infrastructure costs |
Validate the financial case with real data
Tracking costs for electric and internal combustion engine vehicles in the same fleet can show whether the assumptions behind the original EV fleet TCO analysis are holding up. Those results can inform future purchasing decisions as the fleet adds more EVs.
4. Preparing drivers for EV operations
Adding electric vehicles means drivers need to know whether a vehicle has enough charge for the job ahead, while managers need to understand which vehicles are ready to be dispatched.
Better battery and charging visibility can make those decisions easier.
Use battery status to guide dispatch
An electric vehicle's range can vary by vehicle and application, so planning around a single range estimate doesn't tell the whole story.
EV fleet management technology can give managers near real-time visibility into battery percentage and charging status. Low-battery alerts can also notify teams when a vehicle reaches a predetermined threshold.
Managers can use battery status alongside location to identify vehicles that are both nearby and ready for dispatch, giving teams a clearer picture of which vehicles are available for the job.
Set clear charging expectations
Drivers may need guidance as they adjust to operating electric vehicles. Training can help them understand how driving habits affect range, how to monitor battery levels and what to do when charging is needed.
Establish clear expectations around:
- When vehicles should be plugged in
- Where charging should take place
- How to confirm a vehicle is ready
- What to do when available charge may not support the assigned work
Charging-history reports show when and where charging occurred, how long a vehicle maintained a charge and how long it was before the next charging event.
With battery level, charging status and vehicle availability in the same fleet-management workflow, range becomes part of everyday operational planning rather than something drivers have to estimate on their own.
See EV fleet management in action
Find tools for monitoring battery levels, charging status and electric vehicle performance alongside the rest of the fleet.
5. Managing EVs, internal combustion engine vehicles and compliance
Electrification rarely changes an entire fleet overnight. As electric vehicles are introduced, many fleets will continue operating internal combustion engine vehicles alongside them.
That creates a new management challenge: different vehicle types may have different operating needs, but they're still part of the same fleet. Bringing their data into one fleet management system keeps oversight in one place as the mix changes.
Unify mixed-fleet oversight
Electric and internal combustion engine vehicles don't produce exactly the same information. Managers may need to understand fuel use for one vehicle and battery or charging status for another.
A unified fleet management platform can bring those vehicle types into the same operational view. Managers can identify electric vehicles alongside the rest of the fleet while monitoring the information relevant to each.
As more EVs enter service, fleets can continue managing both vehicle types without creating a separate process for each. Keeping both vehicle types in the same fleet-management process gives managers a consistent way to oversee the fleet as its makeup evolves.
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6. Conclusion: Build an electrification strategy that can grow with your fleet
Successful fleet electrification isn't measured by how quickly a fleet adds EVs. It's about making each addition work for the operation—from the vehicles selected to how they're charged, managed and measured.
With the right data behind those decisions, fleets can build an approach that meets today's needs while leaving room to evolve.
See how your fleet can prepare for electrification
Reach out to your Verizon Connect representative to learn how fleet data and technology can support your electrification strategy, or request a custom demo to see Verizon Connect in action.