Fleet electrification is a planning problem before it is a purchasing one: which vehicles can switch to electric today, which routes and duty cycles fit available models, how much charging each depot needs, and what it all costs over the vehicle life. Fleet electrification software answers those questions using telematics data from the vehicles fleets already run. This guide compares the platforms on identical criteria.
Specialist fleet analytics: Sawatch ezEV — vehicle-by-vehicle electrification analysis.
Charging-depot planning: depot design and energy management tools — sizing the infrastructure.
Utility fleet advisory programs: free assessments from utilities.
OEM fleet tools: manufacturer electrification planners.
Free calculators: national-lab total cost of ownership tools.
Scope: software that plans fleet transition to electric vehicles — vehicle suitability, total cost of ownership, charging needs, and phasing. Charger operations are covered in our EV charging guide; V2G in our bidirectional charging guide; depot energy in our microgrid and C&I energy guides. Six entries, identical criteria; order follows data source, not rank.
Criteria: data source (telematics, manual), analysis depth (suitability, TCO, charging), coverage of vehicle types, integration with charging and energy planning, licensing, and the main tradeoff. Pricing varies from included-with-telematics to quote-based (checked October 9, 2026).
At a Glance
| Platform | Pricing | Best For | Link |
|---|---|---|---|
| Geotab EVSA | Included in MyGeotab / quote-based | Telematics-based suitability | geotab.com → |
| Sawatch ezEV | Subscription (quote-based) | Detailed fleet electrification analytics | sawatchlabs.com → |
| Depot planning tools | Quote-based | Charging infrastructure sizing | microgrid guide → |
| Utility fleet programs | Often free | Advisory and make-ready support | — |
| OEM fleet planners | Often free | Manufacturer-specific planning | — |
| National-lab TCO tools | Free | Cost comparisons | afdc.energy.gov → |
Pricing checked October 9, 2026. Most platforms in this category sell quote-based enterprise plans; where we cite figures they come from vendor pages or published third-party comparisons and are order-of-magnitude indications, not offers. Billing basis (per user, per MW, per site) varies by vendor — confirm current terms directly before budgeting.
The Platforms in Detail
Geotab EV Suitability Assessment
The telematics-native assessment
Best for: fleets already using Geotab telematics that want electrification recommendations from real driving data.
| Data source | Actual vehicle telematics in MyGeotab |
| Analysis depth | Vehicle-by-vehicle suitability, range fit, and cost/emissions comparisons |
| Vehicle coverage | Light and medium-duty, with expanding model data |
| Charging integration | Charging needs estimates |
| Licensing | Native in MyGeotab; terms vary by plan. Checked October 9, 2026 |
| Main tradeoff | Requires Geotab telematics |
- Real driving data beats assumptions — suitability reflects actual routes, distances, and idle times.
- Native availability in MyGeotab lowers the barrier for existing Geotab fleets.
- Used with the US General Services Administration for federal fleet electrification planning.
Sawatch ezEV
The fleet electrification specialist
Best for: fleets, especially government and utility fleets, wanting detailed vehicle-by-vehicle electrification analysis.
| Data source | Telematics data, including via Geotab Marketplace |
| Analysis depth | Suitability, TCO, emissions, and replacement timing |
| Vehicle coverage | Broad across light and medium duty |
| Charging integration | Charging and infrastructure planning analytics |
| Licensing | Subscription; quote-based. Checked October 9, 2026 |
| Main tradeoff | Specialist tool; integrates with telematics providers |
- Detailed analysis helps fleets phase replacements with the vehicle lifecycle, avoiding premature retirement.
- Government focus means familiarity with public-fleet procurement and reporting requirements.
- Availability through telematics marketplaces simplifies data connections.
Depot planning tools
The infrastructure sizer
Best for: fleets planning charging infrastructure, power upgrades, and depot energy costs.
| Data source | Vehicle schedules and charging needs from assessments |
| Analysis depth | Charger counts, power capacity, and energy costs |
| Vehicle coverage | All types, with medium and heavy duty most complex |
| Charging integration | Core function; links to CPMS and site energy management |
| Licensing | Quote-based. Checked October 9, 2026 |
| Main tradeoff | Requires accurate vehicle schedules |
- Depot power capacity is often the binding constraint; early planning avoids long utility upgrade delays.
- Managed charging can reduce the infrastructure needed (see our EV charging guide).
- On-site solar and storage may lower costs; our microgrid guide covers sizing.
Utility fleet programs
The advisory partner
Best for: fleets in service territories where utilities offer electrification advisory and make-ready support.
| Data source | Fleet-provided data and utility analysis |
| Analysis depth | Varies by program |
| Vehicle coverage | Program-dependent |
| Charging integration | Make-ready infrastructure support |
| Licensing | Often free. Checked October 9, 2026 |
| Main tradeoff | Availability varies by utility |
- Utility programs can cover parts of infrastructure costs, significantly improving project economics.
- Early utility engagement identifies grid capacity constraints.
- Advisory services help fleets without in-house expertise.
OEM fleet planners
The manufacturer route
Best for: fleets evaluating specific manufacturers’ electric vehicles and charging packages.
| Data source | Fleet-provided data |
| Analysis depth | Manufacturer-specific suitability and TCO |
| Vehicle coverage | Manufacturer’s own models |
| Charging integration | Often bundled charging solutions |
| Licensing | Often free with sales engagement. Checked October 9, 2026 |
| Main tradeoff | Limited to one manufacturer’s vehicles |
- Detailed model data helps evaluate specific vehicles.
- Bundled charging and service offers can simplify procurement.
- Cross-check with neutral tools to avoid bias toward one brand.
National-lab TCO tools
The free baseline
Best for: any fleet comparing electric and conventional vehicle costs using public, documented methods.
| Data source | User inputs |
| Analysis depth | Total cost of ownership and emissions comparisons |
| Vehicle coverage | Broad |
| Charging integration | Basic charging cost estimates |
| Licensing | Free (e.g., US Alternative Fuels Data Center tools). Checked October 9, 2026 |
| Main tradeoff | Not based on real telematics data |
- Free public tools offer a neutral starting point for cost comparisons.
- Useful for early budgeting before detailed telematics analysis.
- Keeps vendor TCO claims honest — the series’ recurring rule.
Start With Data, Not Vehicles
Many fleets begin electrification by choosing vehicles, then discover that some routes exceed range or that depots lack power. Starting with telematics data reverses that order: the analysis identifies which vehicles can switch today based on actual use, which need different models, and which should wait. That approach reduces risk and builds internal confidence with early successes.
Telematics-based assessments also reveal opportunities fleet managers may not expect, such as vehicles that drive far less than assumed or long idle periods that suit overnight charging.
Total Cost of Ownership Is the Real Comparison
Electric vehicles often cost more upfront but less to fuel and maintain. Fair comparisons include purchase price, incentives, energy costs, maintenance, charging infrastructure, and residual value over the vehicle’s life. Software that models all these factors gives decision-makers a realistic view.
Energy costs depend heavily on charging strategy and tariffs. Managed charging and on-site solar or storage can reduce costs significantly, which links fleet planning to energy management.
Charging Infrastructure Is the Critical Path
Charging infrastructure frequently takes longer than vehicle procurement, especially when utility upgrades are required. Early engagement with utilities, accurate charging needs estimates, and phased infrastructure plans prevent vehicles arriving before chargers are ready.
Managed charging reduces the power needed by spreading charging over available time windows. Planning tools that model this can lower infrastructure and demand charges substantially.
Phasing the Transition
Most fleets electrify in phases aligned with vehicle replacement cycles. Prioritizing vehicles with predictable routes and high utilization usually gives the best economics. Later phases tackle more demanding duty cycles as technology improves.
Tracking results from early phases — energy costs, maintenance, uptime — refines plans for later phases and builds internal support.
Avoiding Common Fleet Electrification Mistakes
The most common mistakes are predictable. Fleets buy vehicles before confirming depot power, discover that some routes need more range in winter than in summer, or underestimate how long utility upgrades take. Others plan charging as if every vehicle returns at the same time with an empty battery, which inflates infrastructure costs. Each mistake is avoidable with good data and early planning, and each is far more expensive to fix after vehicles arrive.
Another frequent issue is ignoring driver and maintenance staff. Drivers need training on charging routines and range management; technicians need new skills and equipment. Fleets that involve these teams early report smoother transitions and fewer operational surprises. Finally, energy tariffs deserve attention from the start: demand charges can erode expected savings unless charging is managed, so tariff analysis belongs in the original business case, not as an afterthought once bills arrive.
Reporting Results to Leadership
Electrification programs compete for capital with other priorities, so clear reporting matters. Useful metrics include total cost per mile compared with conventional vehicles, energy cost per mile, vehicle uptime, maintenance costs, and emissions avoided. Comparing early electric vehicles with similar conventional vehicles on the same routes gives leadership an apples-to-apples view.
Telematics platforms make much of this reporting automatic. Regular dashboards that show progress against the plan — vehicles transitioned, chargers installed, savings achieved — maintain support for later phases and help secure budget for more demanding duty cycles.
Kurums Match: Which One Fits You?
Pick the statement that sounds most like your situation.
We already use Geotab telematics.
Start with the native EV Suitability Assessment; add specialist analytics if you need deeper TCO or phasing.
We’re a government fleet with reporting requirements.
Specialist tools like Sawatch, with public-fleet experience, fit detailed planning and reporting.
Our depot power capacity is uncertain.
Engage the utility early and use depot planning tools that model managed charging.
We’re just starting to explore electrification.
Use free national-lab TCO tools for initial budgeting, then move to telematics-based analysis.
Frequently Asked Questions
Should fleets lease or buy electric vehicles?
Both work. Leasing can reduce exposure to residual-value uncertainty while technology changes quickly; buying may cost less over long ownership periods. TCO tools can model both options.
How long does a fleet electrification assessment take?
With telematics already installed, a first suitability assessment can be produced quickly once enough driving history is available; detailed TCO and depot planning take longer, especially if utility capacity studies are needed.
Do heavy-duty vehicles use the same planning tools?
The same principles apply, but heavy-duty electrification depends more on charging power, route energy needs, and depot upgrades, so specialist analysis and close utility coordination are usually required.
Which vehicles should a fleet electrify first?
Typically light-duty vehicles with predictable routes, moderate daily distances, and overnight parking at depots.
Do I need telematics for electrification planning?
It greatly improves accuracy, but free TCO tools can support early estimates.
How much charging infrastructure is needed?
It depends on schedules, distances, and charging strategy; managed charging often reduces requirements.
Are incentives included in TCO tools?
Many tools include incentives, but check current programs as they change.
How does cold weather affect EV fleets?
Cold reduces range; full-year data captures seasonal effects in suitability analysis.
Can fleets earn money from their EVs?
In some markets, through V2G or demand response; see our V2G guide.
What role do utilities play?
Utilities provide grid connections, may offer make-ready programs, and sometimes advisory services.
Related Comparisons & Guides
- EV charging management software compared
- V2G & bidirectional charging platforms
- Microgrid design software compared
- Commercial energy management software compared
- Battery analytics & BESS safety software
Last updated: October 9, 2026 · Reviewed by the Kurums Startup editorial team.
Disclosure: Kurums currently has no affiliate, sponsorship, or partnership relationship with any product compared on this page. If that changes, this page will say so here and affected links will carry sponsored attributes.
Part of the Kurums Renewable Energy hub — country strategies, permitting, incentives, financing, and tools across nine markets.
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