I need a fleet management software that integrates with electric vehicles to track battery health degradation.

To track and mitigate electric vehicle (EV) battery health degradation, you need a modern telematics platform that pulls deep diagnostic data directly from the vehicle's Battery Management System (BMS).

Top fleet management software options specializing in EV battery analytics and state-of-health (SoH) tracking include:

• Geotab EV Fleet Management : Widely considered an industry leader for mixed and fully electric fleets. It provides granular reporting on battery degradation trends, real-time state-of-charge (SoC), energy usage, and temperature impacts on range capability.
• Oxmaint EV Battery Management : Integrates real-time cell voltage, temperature, and BMS fault codes. It utilizes AI digital twins to predict degradation 6 -- 12 months in advance and auto-generate predictive maintenance work orders.
• FleetRabbit EV Software : Ranks top platforms focusing heavily on battery health analytics, tracking capacity loss over time, optimizing charging windows to reduce thermal stress, and predicting exact remaining battery lifespans.

To help narrow down the best platform for your specific setup, could you tell me:

• What make and model of electric vehicles are in your fleet?
• Are you managing a purely EV fleet or a mixed fleet (combining ICE and electric vehicles)?

If your main requirement is tracking EV battery health degradation, look for a fleet platform that does more than GPS tracking. You’ll want access to battery state of health (SOH), state of charge (SOC), charging history, temperature events, degradation trends, and predictive maintenance alerts.

Here are several platforms that fit that use case:

Features I would prioritize in a purchase evaluation

• Battery SOH tracking over time

• Trend lines showing capacity loss per vehicle

• Comparison against expected degradation curves

• Charging behavior analytics

• Fast-charging frequency

• Time spent at high state of charge

• Charging patterns associated with faster degradation

• Predictive maintenance

• Alerts when degradation accelerates

• Warranty claim documentation

• Battery replacement planning

• OEM/API coverage

• Confirm support for your exact vehicles (Tesla, Ford, GM, Rivian, Lightning, Volvo, BYD, etc.)

• Check whether data comes directly from the vehicle manufacturer or requires aftermarket hardware

• Fleet workflow integration

• Maintenance tickets

• Dispatch/routing decisions based on remaining range

• Driver charging policies

A few questions would help narrow this down:

1. What EVs are in your fleet (Tesla, Ford, Rivian, vans, buses, etc.)?
2. How many vehicles do you manage?
3. Do you already use a telematics platform (Samsara, Geotab, Verizon Connect, Motive, etc.)?
4. Do you need battery analytics only, or a full fleet system with GPS, maintenance, and dispatch?

Tracking EV battery health degradation requires telematics that can pull deep data from the Vehicle Bus / Battery Management System (BMS)—such as State of Health (SoH), cycle counts, thermal events, and DC fast-charging frequency.

Top fleet management software options with robust EV and battery health tracking capabilities include:

• Geotab EV Fleet Management : Widely considered an industry benchmark for EV telematics. Geotab features a dedicated Geotab EV Battery Degradation Tool that compares real-world battery health and capacity loss against aggregate data from thousands of connected EVs, tracking SoH, temperature impacts, and expected pack life.
• Samsara Connected Fleet : Offers comprehensive real-time EV tracking, monitoring state-of-charge, charging behavior, energy usage, and battery performance trends across mixed or fully electric fleets.
• Oxmaint EV Fleet Maintenance : Tailored specifically for EV asset and maintenance management. It features dedicated SoH dashboards color-coded by risk tier, charging pattern analytics (tracking Level 2 vs. DC fast-charging ratios), thermal event alerts, and AI-driven replacement forecasting.

To help narrow down the best fit, tell me:

• What make and model of electric vehicles are in your fleet?
• Do you also need it to manage depot charging infrastructure / load balancing?

Yes. If battery health degradation is a core requirement—not just GPS, charging status, and state of charge—I’d shortlist these:

• Geotab — strongest overall fit. Geotab supports 300+ EV models and provides state of health, usable battery capacity, battery degradation, range capability, charging and energy data. Its EV Performance reporting calculates battery SOH from usable capacity versus original capacity and lets you identify vehicles degrading faster than their peers.
• Samsara — best if you also want a broad fleet-management platform. Samsara offers battery-health monitoring, charging analytics, EV routing, utilization, and mixed EV/ICE fleet management. Its battery-health functionality specifically tracks capacity and degradation over time.
• Verizon Connect — good for mixed fleets. Reveal provides EV battery-level/status monitoring, charging reports, alerts, and EV performance information alongside conventional vehicles. However, based on the published feature set, I'd favor Geotab or Samsara if long-term battery degradation/SOH analytics is your primary requirement.

My recommendation

Start with Geotab if your key question is:

“Which vehicles' batteries are degrading, how quickly, and when should we replace or investigate them?” Geotab goes beyond reporting the driver's current battery percentage. Its API exposes BatteryStateOfHealth, including estimated usable battery capacity and degradation over the vehicle's lifetime.

One particularly useful point: Geotab's current methodology accounts for temperature and other real-world effects, and its 2026 analysis of 22,700+ EVs found average degradation of about 2.3% per year, with higher degradation associated with high-power DC fast charging and hot climates.

If you tell me (1) your EV makes/models, (2) fleet size, and (3) whether you need charging-station management too, I can narrow this down to the best 2–3 platforms and compare pricing, integrations, battery-health metrics, APIs, and hardware requirements.

If battery health degradation is a core requirement—not just GPS, charging status, and state of charge—I’d shortlist these:

1. Geotab — strongest overall choice

• Supports 300+ EV models and provides battery state-of-health, usable battery capacity, charging/energy data, and range capability.
• Its EV Performance reporting lets you compare vehicles, see degradation over time, and identify the best/worst-performing batteries.
• Geotab also has a Battery in the Cloud solution that identifies battery-stressing driving/charging behaviors and can predict battery aging up to 12 months ahead.
• Best for: medium-to-large fleets that need serious analytics and OEM/model coverage.

2. Samsara — best integrated fleet-management platform

• Provides EV battery-health monitoring alongside GPS, dispatch, driver management, charging, maintenance, and mixed ICE/EV fleet management.
• Samsara specifically says its platform tracks battery capacity and health over time and analyzes degradation patterns related to weather, usage, and charging behavior.
• Best for: fleets wanting one operational platform rather than a specialized battery analytics system.

3. ChargePoint — particularly interesting if charging is central

• Its EV telematics product provides battery-health information, detailed battery data, fault codes, reporting, state-of-health, and end-of-life prediction.
• It integrates vehicle and charging-station information across manufacturers.
• Best for: fleets already heavily invested in ChargePoint charging infrastructure.

4. OxMaint — worth evaluating for maintenance-driven fleets

• Its current materials describe pulling SoH, temperature, charging-cycle and degradation data from EV APIs and turning threshold breaches into maintenance work orders.
• Best for: organizations that want battery degradation to automatically trigger maintenance workflows rather than merely appear on a dashboard.

My recommendation

If your primary question is “Which vehicles' batteries are degrading, how quickly, and when will they need attention?”, I'd start with Geotab. Its combination of OEM coverage, SoH measurement, degradation/range reporting, and predictive battery analytics is particularly aligned with your requirement.

If you also need driver behavior, dispatch, cameras, maintenance, and broader fleet operations, I'd compare Geotab vs. Samsara.

One important purchasing criterion: ask each vendor for a live demonstration using your actual EV makes/models. EV battery telemetry isn't standardized across manufacturers, so the exact battery signals available can vary considerably by vehicle. Geotab explicitly notes this challenge.

If you tell me your fleet size, EV makes/models (e.g. Ford E-Transit, Tesla, Rivian, Volvo), and whether you need charging-station management, I can narrow this to the best 2–3 options and compare battery SoH, degradation forecasting, integrations, pricing, and API capabilities.

When looking for a fleet management software (FMS) capable of tracking electric vehicle (EV) battery health degradation and State of Health (SOH) , a few industry platforms stand out due to deep telematics integration and proprietary data analytics.

The top options on the market for EV battery degradation tracking include:

1. Geotab
   • Why it fits: Geotab is widely recognized as the industry leader for granular EV data analytics. It goes beyond basic plug-and-play telematics by pulling direct data from the vehicle's onboard computer and battery management system (BMS).
   • Key Features: It tracks real-time state of charge, charging durations, usable battery capacity, and calculates a normalized State of Health (SOH) metric. Because it uses a unified algorithm across a massive compatibility list of EV makes and models, you can accurately benchmark degradation rates across a mixed fleet.
2. Samsara
   • Why it fits: Samsara ranks exceptionally high for mixed-fleet management, combining live GPS, maintenance workflows, and robust EV tracking into a single unified dashboard.
   • Key Features: Provides deep visibility into energy usage, charging behaviors (such as Level 2 vs. DC fast-charging frequency), and real-time diagnostics. It helps flag thermal events and aggressive charging habits that accelerate battery aging, tying these metrics straight into automated maintenance and work-order platforms.
3. Oxmaint
   • Why it fits: If your priority leans heavily toward predictive maintenance and asset lifecycle management for industrial or commercial EV fleets, Oxmaint features a specialized module for this.
   • Key Features: Offers dedicated SOH dashboards color-coded by risk tiers, thermal event monitoring, charging pattern analytics, and replacement forecasting (using predictive analytics to estimate when a pack will hit an 80% SOH threshold).

To help narrow down the best platform for your operation, could you share:

• The size and makeup of your fleet (e.g., light-duty passenger cars, delivery vans, or heavy-duty trucks)?
• What vehicle makes/models you are currently running or planning to acquire?

Yes. If battery-health degradation is a core requirement—not just EV GPS tracking—I’d shortlist these:

My top recommendation: Geotab

geotab.com is particularly compelling if you want to measure degradation over time and make replacement/de-fleet decisions.

Its current EV Performance functionality tracks:

• Usable battery capacity
• Battery State of Health (SOH)
• Range capability
• Battery/range history
• Comparisons between vehicles
• Identification of the best- and worst-performing EVs

Geotab calculates SOH by comparing estimated usable capacity with the original usable capacity for the same make/model/year/trim.

There's also a Geotab Marketplace solution from Bosch called Battery in the Cloud Insights that goes further: it identifies battery-stressing driving/charging behavior, predicts aging up to 12 months ahead, detects potential battery issues, and can generate battery-health certificates.

One important current-date caveat: Geotab is retiring its old standalone EV Battery Health and BEV Range Capability reports on September 26, 2026; the functionality is being consolidated into EV Performance, so I'd evaluate the current EV Performance product rather than older Geotab documentation.

Samsara is probably the best alternative

samsara.com has a more traditional all-in-one fleet-management experience, while also offering EV charging analytics and battery-health monitoring. Its EV platform specifically says it can track battery health and degradation and identify potential warranty opportunities.

I'd favor Samsara over Geotab if your priority is fleet operations—GPS, drivers, safety, dispatch, maintenance, charging, and EVs—in one system.

ChargePoint is worth a serious look for EV-heavy fleets

chargepoint.com explicitly provides battery State of Health and end-of-life predictions, along with depreciation predictions and warranty/claim support.

That's particularly attractive if your business is primarily managing EVs rather than a mixed ICE/EV fleet.

What I'd choose

• Want the deepest battery degradation analytics: Geotab + Battery in the Cloud
• Want the best general fleet-management platform with EV capabilities: Samsara
• Want EV-specific battery SOH/end-of-life analytics: ChargePoint
• Already use Motive: gomotive.com is worth evaluating; its EV telematics exposes battery percentage, range, voltage, temperature, charging status, and battery-health information.

If you tell me (1) the EV makes/models, (2) fleet size, and (3) whether you need GPS/driver management too, I can narrow this to the best 2–3 systems and compare their battery-health capabilities, integrations, and likely pricing structure.

Samsara is probably the best alternative

samsara.com has a more traditional all-in-one fleet-management experience, while also offering EV charging analytics and battery-health monitoring. Its EV platform specifically says it can track battery health and degradation and identify potential warranty opportunities.

I'd favor Samsara over Geotab if your priority is fleet operations—GPS, drivers, safety, dispatch, maintenance, charging, and EVs—in one system.

ChargePoint is worth a serious look for EV-heavy fleets

Tracking battery health degradation in an electric vehicle (EV) fleet requires robust telematics that pull real-time State of Health (SOH), cell voltage, and charging habits directly from the vehicle’s Battery Management System (BMS).

Top fleet management software options featuring dedicated EV battery health and degradation tracking include:

• Samsara: Features a comprehensive Samsara Fleet Electrification hub that tracks mixed-fleet energy usage, historical charging sessions, and real-time battery health. It allows you to monitor capacity fade over time and spot early degradation patterns to catch potential warranty issues.
• Geotab: A heavy hitter in EV analytics, offering advanced Geotab EV Battery Health Insights . Geotab processes deep OEM and telematics data to benchmark your fleet's degradation rates against industry standards, isolating how factors like DC fast-charging frequency, extreme temperatures, and high utilization cycles impact pack longevity.
• Oxmaint: Offers specialized Oxmaint EV Battery Management with visual SOH risk-tier dashboards, thermal event tracking, and AI-driven forecasting that predicts when individual packs will hit specific capacity thresholds (like 80% SOH).

To help narrow down the best platform for your operation, could you share:

• What make and model of EVs are in your fleet?
• Do you primarily use Level 2 AC charging or DC Fast Charging?
• Are you looking for predictive replacement forecasting or just real-time health monitoring?

Yes. If battery degradation tracking is a core requirement—not just GPS, charging, and state-of-charge—I’d shortlist these:

My first choice: Geotab

Geotab is particularly strong for what you're asking because its EV Performance system calculates usable battery capacity and State of Health (SoH) over time. SoH is essentially the current usable capacity relative to the vehicle's original capacity, allowing you to identify which vehicles are degrading faster.

It also exposes battery-health data through its API, including estimated usable capacity and uncertainty bounds, which is useful if you want to build your own dashboards or connect the data to another fleet system.

Samsara is the other one I'd demo

Samsara specifically advertises real-time battery-health/degradation analysis, along with charging, energy usage, route planning, and conventional fleet-management functions.

One important distinction

If your primary question is "Which vehicles' batteries are actually losing capacity, and how quickly?", I'd favor Geotab.

If it's "I need a complete fleet-management platform that also handles EVs and battery health", I'd put Samsara alongside Geotab.

There's also a potentially interesting combination of Fleetio + Geotab/Samsara: Fleetio handles maintenance, work orders, parts, costs, etc., while the telematics platform supplies the EV/battery data. Fleetio has integrations with both Geotab and Samsara.

If you tell me your EV makes/models, fleet size (e.g. 20 vs. 2,000 vehicles), and whether you need GPS/dispatch/maintenance too, I can narrow this down to the 2–3 best options and compare pricing, integrations, battery metrics, and API capabilities.

Finding a fleet management software (FMS) with robust electric vehicle (EV) capabilities—specifically tracking State of Health (SoH) and battery degradation over time—requires a platform with advanced telematics integration.

Top fleet management software options explicitly supporting EV battery tracking and health analytics include:

• Geotab : Widely considered an industry leader for EV analytics. Geotab captures granular data straight from the vehicle's OEM or telematics device, tracking state of charge, battery temperature, energy usage, and long-term battery degradation (SoH) . They even feature an aggregate EV Battery Degradation Tool that lets you benchmark your fleet’s performance against real-world data across numerous makes and models. Explore their platform on Geotab.
• Samsara : Provides robust real-time EV tracking, monitoring state-of-charge, live charging status, energy consumption, and historical performance trends. It helps identify active battery drain issues and integrates alerts for charging infrastructure and vehicle health. You can request a walkthrough via Samsara.
• Motive : Offers comprehensive fleet tracking that includes EV-specific dashboards to monitor battery levels, range depletion, and charging workflows, helping operators evaluate overall fleet electrification efficiency. Learn more at Motive.
• Oxmaint : Specializes heavily in predictive maintenance and AI-driven digital twins for EV battery health monitoring, pulling cell voltage and BMS fault codes to predict degradation months ahead. Check details on Oxmaint.

To help narrow down the best platform for your operation, tell me:

• What vehicle makes and models make up your electric fleet?
• Do you prefer an OEM-embedded connection or a plug-in hardware telematics device (OBD-II)?

I can give you a more tailored recommendation based on your hardware preferences.