EV Fleet Management UK 2026: Telematics, Charging & Providers Quick Answer
EV fleet telematics helps businesses manage electric vehicles using live vehicle, battery, charging, location and utilisation data.
But its most valuable use is not simply showing battery percentage.
A good EV fleet-management platform can help answer:
Which petrol or diesel vehicles are actually suitable to replace with EVs?
Can an EV complete the required route without charging during the day?
Which vehicles need charging tonight?
Are vehicles returning to the depot with enough charge?
Which drivers use the most energy?
Are chargers available when vehicles need them?
Are EVs being used enough to justify their cost?
Is the fleet genuinely reducing fuel use and emissions?
Your requirement What we would compare first
Choosing which ICE vehicles to replace
EV suitability assessment
Existing EV fleet
State-of-charge + range + energy data
Depot charging
Charging + vehicle telematics integration
Mixed EV / petrol / diesel fleet
One combined fleet platform
Delivery fleet
Range + routing + charging visibility
Field service
Range + job suitability + depot/home charging
Sustainability reporting
Energy, mileage and emissions reporting
Our view: the best EV telematics system is the one that connects:
duty cycle → vehicle suitability → charging → live operation → total cost
rather than simply adding an EV battery icon to a GPS map.
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How Do We Work?
Our comparisons are researched and reviewed by the Compare Your Business Costs editorial team using provider information, official guidance and UK business buying criteria. See how Compare Your Business Costs works .
Authored by: Ally Cox – Business Technology & B2B Services Specialist, 10+ years’ experience.
Reviewed by: James Ward .
Last Updated: September 2026
Key Takeaways
EV telematics adds battery, range, charging and energy data to ordinary fleet tracking.
Exact EV data varies by vehicle make, model and telematics platform.
Battery state of charge is one of the most important live fleet metrics.
Battery state of health is not universally exposed for every EV.
Real-world duty-cycle data should be used before deciding which vehicles to electrify.
Mixed fleets should ideally manage EVs and ICE vehicles in one platform.
Charging strategy matters as much as vehicle selection.
Depot, home and public charging need different operational controls.
EV suitability analysis can help avoid electrifying routes that require excessive daytime charging.
Compare total cost and workflow rather than the tracker subscription alone.
What Is EV Telematics? EV telematics combines:
GPS tracking
vehicle data
battery information
charging information
driver behaviour
fleet reporting
in one fleet-management system.
Depending on the vehicle and provider, this may include:
battery state of charge
remaining range
charging status
energy consumption
charging history
battery state of health
auxiliary energy use
vehicle efficiency
location
journeys
driver behaviour
EV Telematics vs Standard Vehicle Tracking
Feature Standard tracking EV telematics
Live location
Yes
Yes
Trip history
Yes
Yes
Driver behaviour
Often
Often
State of charge
No / limited
Core EV feature
Remaining range
No
Often
Charging status
No
Often
Energy use
Limited
EV-specific
Battery health
No
Available on supported vehicles/platforms
EV suitability assessment
No
Available on some platforms
Our View: Compatibility Is the First Question Unlike petrol and diesel vehicles, there is no single universal EV-data standard that guarantees every telematics provider can retrieve the same information from every electric vehicle.
Before comparing dashboards, ask: “What exact data can you read from our exact makes and models?”
That should include:
state of charge
charging status
range
energy use
battery-health data where available
A provider might support one EV deeply and another only at a basic tracking level.
Battery State of Charge Battery state of charge shows how much usable energy remains in the vehicle.
For fleet managers, this can help answer:
Can this vehicle complete its next route?
Does it need charging now?
Which vehicle is best for an urgent job?
Which vehicles should charge first overnight?
For an operational EV fleet, this is one of the most important dashboard metrics.
Battery State of Health State of health is different from state of charge.
It is intended to indicate the longer-term condition or usable capacity of the battery.
However:
do not assume every EV telematics provider can provide reliable state-of-health data for every vehicle.
Availability depends on:
manufacturer
model
OEM data access
telematics integration
EV Range Management Manufacturer range figures are useful, but fleets need to understand:
real-world operational range.
That can vary with:
temperature
vehicle load
speed
driving behaviour
heating and air conditioning
route profile
Telematics allows the business to compare vehicle range against actual duty cycles.
Our View: Range Anxiety Is a Planning Problem Fleet managers do not need every EV to have the longest available range.
They need the vehicle to have enough real-world range for its actual job, with an appropriate operating buffer.
That distinction can prevent businesses from paying for more battery capacity than the route requires.
What Is an EV Suitability Assessment? An EV Suitability Assessment uses existing fleet data to identify petrol and diesel vehicles that may be good candidates for electrification.
It can consider:
daily mileage
longest journey
duty cycle
stops and dwell time
charging availability
vehicle type
replacement EV range
total cost of ownership
Geotab EV Suitability Assessment Geotab’s current EV Suitability Assessment uses real-world fleet telematics data to model which existing vehicles could be replaced by EVs and can incorporate:
vehicle duty cycle
range requirements
charging availability
potential replacement vehicles
total cost of ownership
Charging scenarios can include locations such as:
depots
workplaces
offices
drivers’ homes
Our View
This is one of the strongest uses of telematics in an EV transition.
Use your existing petrol/diesel fleet data before ordering electric replacements.
That is more reliable than simply assuming:
“this van does roughly 80 miles a day, so any 150-mile EV will work.”
What Makes a Vehicle Suitable for Electrification? We would look at:
daily mileage
longest regular journey
vehicle payload
depot/home dwell time
charging availability
winter range
vehicle class
replacement cost
energy cost
expected ownership period
Our View: Electrify the Easy Routes First Do not start with the vehicle that creates the hardest charging problem.
Strong early EV candidates often include vehicles that:
operate predictable routes
return to base
have long overnight dwell periods
do not regularly exceed EV range
have reliable charging access
This reduces operational risk during the transition.
EV Fleet Charging Management EV fleet management is inseparable from charging.
The business needs to know:
where vehicles charge
when they charge
how much energy they take
whether chargers are available
whether the vehicle is ready for the next shift
Depot Charging Depot-based fleets can often build a predictable charging routine.
Consider:
number of vehicles returning each night
arrival times
departure times
vehicle state of charge
charger power
available grid capacity
Our View
You do not necessarily need one high-power charger per vehicle.
Charging schedules should be designed around:
energy required before departure
rather than simply charging every vehicle as fast as possible.
Home Charging Home-based drivers create different fleet challenges.
Questions include:
Does the employee have off-street parking?
Who owns the charger?
How is business electricity identified?
How are employees reimbursed?
What happens if the driver moves house?
Where home charging is an important part of the fleet model, compare platforms that can connect charging information with vehicle use.
Public Charging Public charging is useful for:
exceptional journeys
long-distance work
drivers without home charging
But a fleet that relies heavily on public rapid charging may face:
higher energy costs
driver downtime
charger availability issues
Telematics should help identify whether frequent public charging is a normal requirement or evidence that the vehicle/route pairing is poor.
Charging Status & Exceptions Useful EV alerts can include:
vehicle has not started charging
vehicle has insufficient charge for tomorrow’s route
charging unexpectedly stopped
vehicle is still connected when needed
This turns charging management from a morning surprise into an exception-management process.
EV Fleet Management for Mixed Fleets Most fleets will not electrify overnight.
A realistic fleet may include:
diesel vans
petrol cars
hybrids
plug-in hybrids
battery EVs
The ideal platform should let fleet managers compare these vehicles in one environment.
Mixed Fleet Metrics to Compare
ICE fleet EV fleet
Fuel consumption
Energy consumption
Fuel cost
Electricity cost
Idling
Auxiliary/energy use
Mileage
Mileage
Vehicle utilisation
Vehicle utilisation
CO₂/fuel reporting
Electric mileage / energy reporting
Our View: Avoid Separate EV and ICE Dashboards Unless there is a strong reason, managing EVs in a completely separate platform creates more work during the transition.
A mixed-fleet dashboard makes it easier to compare:
cost
use
range
performance
across powertrains.
Best EV Telematics Providers to Compare
Provider Why compare it?
Geotab Deep EV data and suitability analysis
Webfleet Mixed fleets, EV range/charge data and broader operations
Samsara
Connected fleet operations, routing and EV data
Teletrac Navman
Commercial fleet and multi-energy operations
Verizon Connect
Large-fleet telematics and operational visibility
Trakm8
UK telematics and vehicle-data capability
Geotab EV Fleet Management Geotab is one of the strongest providers to compare specifically for electrification and their current EV platform supports more than 300 EV models and can provide, where supported:
real-time battery state of charge
state of health
charging data
driving energy
auxiliary energy
It also offers its EV Suitability Assessment for pre-electrification planning.
Our View on Geotab
Geotab is particularly compelling when electrification planning itself is a major requirement.
It should be high on the shortlist if you want to answer:
“Which vehicles should we replace with EVs next?”
rather than simply: “Where are our EVs?”
Webfleet EV Management Webfleet supports conventional, hybrid and electric vehicles within the same fleet platform and their current EV functionality includes information such as:
battery state
remaining range
energy consumption
charging-related data
It can combine this with:
tracking
routing
dispatch
driver behaviour
maintenance
Our View on Webfleet
Webfleet becomes especially attractive when EV management is only one part of a larger operational-fleet requirement.
See our Webfleet review .
Samsara EV Fleet Management Samsara should be considered where the business wants EV data as part of a wider connected-operations platform.
Relevant areas can include:
vehicle location
routes
vehicle diagnostics
driver behaviour
maintenance
energy / EV information
Do Quartix and RAM Replace Specialist EV Platforms? Not necessarily.
Quartix and RAM are strong vehicle-tracking providers, but an EV fleet with deep requirements around:
battery data
charging
EV suitability
energy reporting
should verify exactly what EV-specific information is supported.
Do not assume a good GPS platform is automatically a deep EV-management platform.
EV Telematics Pricing Pricing is difficult to generalise because EV management may be included inside an existing fleet platform or depend on:
vehicle hardware
OEM data
fleet licence
charging integrations
reporting
vehicle compatibility
Basic GPS can currently start below £10/vehicle/month in the wider tracking market.
But that does not mean £10 buys deep EV management.
Our View: Remove Generic £15-£35 EV Telematics Pricing There is not enough consistency across the market to say advanced EV telematics universally costs a particular amount per vehicle.
Instead, ask for a quote showing:
base fleet licence
hardware
OEM connectivity
EV-data module
charging integration
setup
API access
support
Hardware vs OEM Vehicle Data EV information may reach the telematics platform through:
installed hardware
OBD connection
OEM/factory-fitted connectivity
manufacturer APIs
OEM connectivity can reduce:
installation
additional hardware
vehicle downtime
but data availability varies by manufacturer.
Why EV Model Support Matters Ask the provider for a compatibility list covering:
make
model
model year
available EV data fields
Do not settle for:
“Yes, we support Ford/Mercedes/Vauxhall EVs.”
You need to know exactly what information is available from the actual vehicles you operate.
Energy Consumption Reporting Energy reporting can help compare:
vehicles
drivers
routes
seasons
Useful measures include:
kWh consumed
energy per mile
route energy use
charging energy
Driver Behaviour in EVs Driver style still matters in an EV.
Factors that can affect energy use include:
speed
acceleration
braking
heating/cooling use
route choice
Telematics can help identify consistent differences between drivers and journeys.
Our View: Don’t Use ICE Driver Scores Blindly for EVs Traditional fleet metrics do not always map perfectly to EV efficiency.
The better question is:
how much energy does this driver and route require, and can that be improved safely?
EV Maintenance EVs have different maintenance requirements from ICE vehicles.
Telematics can still help with:
mileage-based service planning
fault alerts
vehicle-health data
tyre and general fleet maintenance
Do not assume EVs require no maintenance simply because there is no engine oil.
EV Fleet Total Cost of Ownership A proper EV comparison should include:
vehicle purchase / lease
charging hardware
electricity
public charging
maintenance
insurance
downtime
residual value
Our View
Telematics is most useful when operational data feeds into the TCO calculation.
Actual mileage, charging behaviour and energy consumption are better inputs than assumptions.
Carbon & Sustainability Reporting Telematics can provide useful activity data such as:
electric mileage
energy consumed
ICE mileage displaced
fleet composition
That data can support wider sustainability reporting.
But:
telematics does not automatically produce a complete corporate-carbon calculation.
Businesses may still need:
electricity emission factors
charging-source data
company reporting methodology
Our View: Avoid “Zero-Emission Fleet” Shortcuts Battery EVs have no tailpipe emissions while driving.
That is not the same as saying the fleet has no carbon footprint.
Electricity generation and vehicle lifecycle impacts still exist.
Use precise language in sustainability reporting.
EV Telematics for Delivery Fleets Delivery businesses should combine:
route distance
state of charge
remaining range
charging availability
delivery schedule
A vehicle with 120 miles of remaining range is useful only if the assigned work fits safely inside that operating range.
See our Vehicle Tracking for Delivery Drivers guide .
EV Telematics for Field Service Field-service fleets need to consider:
unpredictable call-outs
home-based vehicles
public charging
nearest-driver dispatch
range before assignment
In this environment, an EV fleet platform should ideally help the dispatcher avoid assigning a low-charge vehicle to a long emergency job.
EV Telematics for Vans
Electric vans introduce additional considerations such as:
payload
heating/cooling
route profile
depot charging
winter operation
Use actual van-duty-cycle data rather than passenger-car assumptions.
EV Telematics for Company Cars Company-car fleets may have:
home charging
public charging
mixed business/private mileage
Privacy controls and charging reimbursement can therefore become as important as live fleet location.
EV Telematics & Employee Privacy EV telematics can collect highly detailed information about:
location
journeys
driver behaviour
charging locations
If this relates to an identifiable worker, data-protection obligations apply.
Employees should understand:
what is collected
why it is used
when monitoring occurs
who can access it
how long data is retained
Private Charging & Privacy Home charging can reveal additional information about where and when an employee’s vehicle is used.
Collect only the data necessary for:
business charging
reimbursement
fleet management
rather than using charging data as an unnecessary proxy for employee monitoring.
Common EV Fleet Mistakes
electrifying vehicles before analysing duty cycles
assuming advertised range equals operational range
ignoring charging availability
buying EVs before checking depot grid capacity
assuming every provider supports every EV model
assuming state of health is universally available
managing EVs in a completely separate dashboard
relying heavily on public rapid charging
ignoring home-charging reimbursement
using generic carbon claims
buying advanced telematics data nobody reviews
What to Ask an EV Telematics Provider
Do you support our exact EV models and model years?
What EV-specific fields are available for each model?
Can we see state of charge?
Can we see remaining range?
Can we see charging status?
Can we see state of health?
How is the data collected?
Can you use OEM data?
How frequently does EV data update?
Can the system identify vehicles suitable for electrification?
Does it support mixed fleets?
Does it integrate with chargers?
Can it distinguish depot, home and public charging?
Can energy use be exported?
What carbon/sustainability data is available?
What does the EV functionality cost?
Our Verdict: Is EV Telematics Worth It? EV telematics becomes increasingly valuable once electric vehicles move from a trial into normal fleet operations.
Its strongest uses are:
choosing which vehicles to electrify
monitoring state of charge
managing operational range
coordinating charging
managing mixed fleets
measuring energy use
supporting total-cost analysis
Our recommendations:
Planning electrification: prioritise EV suitability analysisExisting small EV fleet: state of charge + range + charging visibilityMixed fleet: one combined platformDepot fleet: integrate vehicle and charging strategyDelivery / field service: combine range with routing and job assignmentLarge transition programme: compare specialist EV-data platforms
The best EV fleet-management system is the one that helps you put the right electric vehicle on the right route and make sure it is charged when the work starts.
Compare EV Fleet Management Providers
Frequently Asked Questions What is EV telematics?
EV telematics combines vehicle tracking with EV-specific information such as state of charge, charging status, range and energy use.
What is the difference between EV telematics and normal GPS tracking?
Normal tracking focuses mainly on location and journeys. EV telematics adds vehicle-energy and charging information needed to operate electric fleets.
Can telematics show EV battery percentage?
Yes, supported EV telematics platforms can display battery state of charge for compatible vehicles.
Can telematics measure battery health?
Some platforms can access battery state-of-health information for supported makes and models, but it is not universally available across all EVs.
Can telematics tell me which vehicles to replace with EVs?
Yes. Platforms such as Geotab offer EV Suitability Assessments using actual duty-cycle, mileage, range, charging and cost information.
Can EV telematics manage charging?
It can provide charging-related information and, depending on integrations, connect vehicle operation with charging data. Exact charging-management capability varies by platform.
What is the best EV telematics provider?
There is no universal best provider. Geotab is particularly strong for EV data and electrification planning, while Webfleet is strong where EV management needs to sit within a wider operational fleet platform.
How much does EV telematics cost?
Pricing varies significantly according to base tracking, EV-data access, hardware, OEM connectivity, charging integrations and fleet size. Advanced EV functionality is often quote based.
Is EV telematics useful for mixed fleets?
Yes. Mixed-fleet platforms let businesses compare electric, hybrid, petrol and diesel vehicles while transitioning gradually.
Can EV telematics reduce charging costs?
It can help identify charging behaviour, vehicle energy requirements and inefficient charging patterns, but actual savings depend on tariffs, charging infrastructure and operational decisions.
Does EV telematics help with carbon reporting?
It can provide activity and energy data useful for sustainability reporting, but it does not automatically replace a full carbon-accounting methodology.
Related Vehicle Tracking & EV Guides
Hi, I’m Ally Cox , a senior copywriter and blogger at CompareYourBusinessCosts.co.uk, the UK’s trusted platform for comparing business services.over a decade of experience in the B2B sector, I specialise in simplifying complex topics like leased lines, VoIP, business energy, HR and payroll solutions, accounting software, and EPOS systems .HR, copywriting, and business operations- from clocking-in systems to card machines and office technology .informed, confident decisions when choosing products and services that improve efficiency and save money.
