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

Tracking electric vehicle (EV) battery State of Health (SoH) and degradation over time is essential for managing residual asset values, predicting replacement costs, and optimizing daily range.

Top fleet management software (FMS) options explicitly built or equipped to track EV battery health, degradation metrics, and telematics data include:

• Geotab is widely recognized as an industry leader for EV telematics and data granularity. Their platform directly measures State of Health (SoH), tracks capacity loss over time, and integrates with the Geotab EV Battery Degradation Tool . It analyzes real-world stressors like DC fast-charging frequency, high ambient temperatures, and state-of-charge habits to benchmark your fleet's actual degradation against broader industry averages.
• Samsara features robust Samsara Electric Vehicle Fleet Management tools tailored for mixed and fully electric fleets. It tracks real-time battery capacity, logs historical charging sessions, monitors long-term battery health metrics, and provides energy usage reporting alongside intelligent route planning tied to remaining battery thresholds.
• Fleetio pairs with various telematics integration partners to pull in live EV diagnostic trouble codes (DTCs), state of charge, and battery health reporting. While Fleetio functions primarily as the maintenance and asset management hub, it centralizes battery lifecycle tracking and maintenance scheduling when synced with an EV-compatible telematics provider.
• Wheels / Merchants Fleet (or OEM-integrated platforms) offer specialized corporate fleet management dashboards that aggregate battery analytics directly from manufacturer APIs (Tesla, Ford Pro, GM Fleet) if you prefer native data streams over aftermarket hardware dongles.

To help narrow down the best platform, tell me:

• Are you looking for an aftermarket plug-in/hardwired telematics device (like Geotab/Samsara) or OEM/factory API integrations?
• What EV makes and models make up your current or planned fleet?

Yes. If battery degradation / State of Health (SoH) is a core requirement—not just GPS, charging status, and mileage—I’d shortlist these:

My top recommendation: Geotab

Geotab's current EV Performance system specifically tracks:

• Usable battery capacity over time
• Battery State of Health (SoH) as a percentage
• Range capability and range history
• Vehicle-by-vehicle comparisons to identify unusually fast degradation
• Battery health trends for fleet planning and replacement decisions

Its SoH calculation compares estimated usable capacity against an original-capacity baseline for the same make/model/year/trim.

One important detail: Geotab is transitioning from its older EV Battery Health reports to EV Performance, so I'd make sure any proposal you receive is based on the current EV Performance functionality rather than legacy reports.

Samsara is probably the easiest alternative

Samsara combines normal fleet telematics with EV-specific information. Its platform says it can track and analyze battery health and degradation in real time, identify potential warranty opportunities, monitor charging behavior, and manage range/charging alongside your conventional fleet.

I'd favor Samsara if you also need driver management, routing, cameras, maintenance, and mixed ICE/EV fleet management in the same system.

ChargePoint is worth considering for an EV-heavy fleet

ChargePoint's telematics offering goes beyond basic SoC. It provides battery data, fault codes, State of Health, aging/depreciation predictions and an end-of-life prediction. It also integrates vehicle and charging-station data.

If battery analytics is the main thing: Bosch

Bosch's Battery in the Cloud Insights is particularly interesting if you're trying to understand why batteries are degrading. It analyzes charging/driving stress factors, predicts battery aging up to 12 months ahead, detects potential battery issues, and can produce battery-health certificates.

What I'd require in an RFP

Don't just ask vendors whether they "track battery health." Require them to demonstrate these capabilities:

1. SoH percentage per vehicle
2. Usable battery capacity (kWh) over time
3. Degradation rate — e.g. % or kWh lost per 10,000 miles
4. Battery degradation trend/history
5. Remaining useful life / end-of-life prediction
6. Temperature-adjusted analysis so seasonal effects aren't mistaken for degradation
7. Charging-cycle and fast-charging analysis
8. OEM/CAN-bus battery data, rather than estimating health solely from GPS/energy consumption
9. Alerts for abnormal degradation
10. API access so you can export battery data into your own analytics system
11. Support for your exact EV makes/models
12. Ability to compare degradation across vehicles, drivers, duty cycles, and charging behaviors

The OEM/model question is especially important: battery-health calculations can depend on what vehicle telemetry is actually available. For example, Geotab notes that its SoH estimate depends on usable-capacity calculations and baseline data for the specific vehicle configuration.

If you tell me your fleet size, EV makes/models (e.g. Ford Lightning, Rivian, Tesla, Chevy Bolt, buses, etc.), and whether you need maintenance/dispatch/charging management too, I can narrow this to the 2–3 best systems and compare pricing, integrations, APIs, and battery-health capabilities.

I'd favor Samsara if you also need driver management, routing, cameras, maintenance, and mixed ICE/EV fleet management in the same system.

ChargePoint is worth considering for an EV-heavy fleet

ChargePoint's telematics offering goes beyond basic SoC. It provides battery data, fault codes, State of Health, aging/depreciation predictions and an end-of-life prediction. It also integrates vehicle and charging-station data.

If battery analytics is the main thing: Bosch

Bosch's Battery in the Cloud Insights is particularly interesting if you're trying to understand why batteries are degrading. It analyzes charging/driving stress factors, predicts battery aging up to 12 months ahead, detects potential battery issues, and can produce battery-health certificates.

What I'd require in an RFP

Don't just ask vendors whether they "track battery health." Require them to demonstrate these capabilities:

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

My first choice: Geotab

Geotab is particularly strong for what you're asking for. Its current EV Performance functionality tracks:

• Usable battery capacity over time
• Battery State of Health (SOH) — essentially how much usable capacity remains versus when new
• Range capability
• Vehicle-by-vehicle battery-health history
• Comparisons across makes/models
• Data accessible through its API for integration into your own systems

Geotab's methodology is particularly useful for fleets because it estimates usable capacity from historical driving and charging data rather than simply displaying the vehicle's current state of charge.

There's also a Battery in the Cloud solution in the Geotab Marketplace that goes further, including battery-stress-factor identification, up to 12-month aging predictions, battery-health certificates, and early battery-issue detection.

Samsara is the other one I'd seriously evaluate

Samsara offers EV fleet management alongside conventional vehicles, with charging analytics, battery-health monitoring, energy consumption, routing, and fleet operations in the same platform. Samsara specifically says its battery-health functionality tracks degradation over time and can identify potential warranty opportunities.

The key distinction: I'd lean Geotab if battery degradation analytics are the deciding factor; I'd lean Samsara if you want the best balance of EV management, driver/fleet operations, and battery monitoring in one user-friendly system.

One useful benchmark: Geotab's January 2026 analysis of more than 22,700 EVs found average degradation of about 2.3% per year, with high-power DC fast charging and hot climates associated with faster degradation. That illustrates why having historical battery data—not merely today's SOC—is valuable for a fleet.

If you tell me your EV makes/models, fleet size, and whether you need the software to integrate with your existing fleet-management system, I can narrow this down to the best 2–3 options and compare pricing, vehicle compatibility, APIs, battery-health metrics, and charging management.

Tracking EV battery health degradation requires a robust telematics and fleet management platform that interfaces directly with vehicle CAN bus data to monitor state-of-health (SoH), charging habits, and thermal stress.

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

• Samsara: Features a comprehensive Samsara EV Fleet Management solution with a dedicated "Battery Health" module. It tracks battery capacity and state of health over time in real-time, monitors historical charging behaviors (like DC fast-charging vs. Level 2), and helps identify warranty replacement opportunities for degrading or defective packs.
• Geotab: Widely recognized for industry-leading telematics and data granularity, Geotab provides deep Geotab Fleet Management Software support for electric vehicles. Their platform feeds into specialized analytics tools that monitor annual capacity loss, climate impacts, and the degradation penalty of high-power DC fast charging versus operational intensity.
• AssetWorks / Fleetio (via integrations): While platforms like Fleetio focus heavily on maintenance lifecycles, mixed-fleet operators often pair them with OEM telematics or specialized EV platforms to capture granular battery metrics. However, native all-in-one telematics powerhouses like Samsara and Geotab remain the gold standard for direct battery degradation analytics.

If you can share what specific types of electric vehicles (light-duty cars, delivery vans, or heavy trucks) and charging infrastructure you use, I can help you narrow down which platform offers the best ROI for your setup.

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

My top two

1. Geotab — best if battery degradation is the priority.

Geotab calculates State of Health (SoH) from estimated usable battery capacity versus the original capacity, and lets you track capacity and range over time. It can also rank vehicles by SoH, usable capacity, and range capability.

2. Samsara — best if you want a broader fleet-management platform.

Samsara combines EV tracking, charging information, fleet operations, and battery-health monitoring. Its EV solution specifically says it can track battery health and degradation in real time and identify potential warranty opportunities.

One important distinction

If your requirement is "show me the battery percentage right now," several telematics platforms can do that.

If it's "tell me that Vehicle 47 has deteriorated from 96% SoH to 89% over two years, estimate remaining useful life, identify abnormal degradation, and trigger maintenance/warranty action," you need a platform with genuine battery-health analytics.

For that requirement, Geotab and Samsara are the first two I'd evaluate, with ChargePoint worth considering if your operation is heavily centered around EVs and charging infrastructure. ChargePoint specifically advertises current SoH plus end-of-life prediction and battery depreciation analysis.

If you tell me your EV makes/models (e.g., Ford E-Transit, Rivian, Tesla, Freightliner eCascadia), fleet size, and whether you need maintenance/work orders too, I can narrow this to the best 2–3 options and compare pricing, OEM integrations, battery metrics, APIs, and reporting.

To track and manage battery health degradation in an electric vehicle (EV) fleet, you need platforms equipped with deep telematics integrations that tap directly into the vehicle's Battery Management System (BMS).

Top fleet management software solutions with robust EV battery health and degradation tracking include:

• Geotab provides industry-leading Geotab EV Fleet Management Solutions that feature dedicated battery health monitoring. It tracks State of Health (SoH), analyzes long-term capacity loss, compares degradation across different vehicle makes/models, and helps project residual values without requiring separate hardware.
• Oxmaint offers specialized Oxmaint EV Battery Degradation Monitoring which integrates via OBD-II/CAN bus or telematics APIs. It features a live SoH dashboard by vehicle, tracks charging pattern ratios (Level 2 vs. DC fast charging), monitors thermal events, and uses predictive AI to forecast when packs will hit specific degradation thresholds (like 80% capacity).
• FleetRabbit includes a robust FleetRabbit EV Fleet Management Software suite that tracks state-of-health continuously from delivery to end-of-life. It automatically adjusts real-world range predictions as degradation occurs and optimizes charging windows to minimize battery stress.
• Samsara features comprehensive Samsara Fleet Management Platform capabilities that track real-time diagnostics, energy consumption, and long-term battery capacity trends to help manage the overall lifecycle of electric assets.

To help narrow down which platform fits best, could you share:

• Are you running a pure EV fleet or a mixed fleet (EVs alongside gas/diesel vehicles)?
• Do you already use a telematics hardware provider (like Geotab, Samsara, or Motive) that the software needs to plug into?

When managing an electric vehicle (EV) fleet, tracking the State of Health (SoH) and battery degradation is essential to predicting vehicle lifecycle, preventing unexpected range drops, and maximizing resale value.

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

• Geotab : Widely considered an industry leader for EV telematics, Geotab integrates deeply with an on-board hardware device (like the Geotab GO9) to pull raw data directly from the vehicle’s Battery Management System (BMS). It features specialized analytics—including their well-known EV battery degradation and range analysis tools—that track capacity loss over time, benchmark performance across hundreds of supported vehicle models, and correlate degradation directly with driving and fast-charging habits.
• Samsara : Samsara offers a robust, cloud-based connected operations platform with strong EV-specific features. It tracks real-time state-of-charge (SoC), charging behaviors, and health diagnostics to provide clear visibility into battery performance. Its driver and dispatcher apps translate complex metrics into real-world range estimates, helping you monitor operational stress and efficiency across mixed or fully electric fleets.
• Oxmaint : If your priority leans heavily toward maintenance workflows alongside telemetry, Oxmaint connects via API to major telematics providers or direct OBD hardware to pull BMS metrics. It aggregates battery State-of-Health (SoH) into risk-tiered dashboards, tracks L2 versus DC fast-charging ratios, monitors thermal events, and uses predictive analytics to forecast exact replacement timelines.
• Fleetio : While primarily an asset and maintenance management software rather than a real-time telematics powerhouse, Fleetio allows you to log EV-specific maintenance records, track charging history, and keep cumulative battery health logs in one centralized workspace alongside traditional internal combustion engine (ICE) vehicles.

To help narrow down the best platform for your operations, could you let me know:

• How many electric vehicles are currently in your fleet (or planned)?
• Are you looking for a pure telematics solution (like Geotab/Samsara) or a maintenance-first CMMS (like Oxmaint/Fleetio)?

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

My recommendation: Geotab

Geotab's current EV Performance functionality is unusually well aligned with your requirement. It calculates usable battery capacity and State of Health, where SoH compares the vehicle's estimated usable capacity with its original capacity. It also provides range capability and lets you identify vehicles whose batteries are performing poorly.

Strong alternative: ChargePoint

ChargePoint's fleet telematics product specifically advertises battery state-of-health and end-of-life prediction, along with battery data, fault codes, remote monitoring, and reporting. That's particularly attractive if your fleet is heavily EV-focused rather than a mixed ICE/EV fleet.

Samsara is worth serious consideration

Samsara combines normal fleet-management capabilities with EV-specific analytics. Its current offering includes battery-health monitoring, degradation analysis, charging insights, range/route planning, and mixed-fleet management.

One important distinction

Make sure the vendor is actually giving you State of Health (SoH) or usable battery capacity over time, rather than merely showing State of Charge (SoC).

For example:

• SoC: "This van is at 64% charge right now."
• SoH: "This van's battery can now store ~89% of the usable energy it could when new."
• Degradation rate: "This battery is losing ~2.5% capacity/year."
• Remaining useful life: "At its current degradation trajectory, replacement may be needed in X years."

If you tell me how many vehicles you have, the EV makes/models (e.g. Ford E-Transit, Rivian, Tesla, Freightliner, etc.), and whether you need maintenance/work-order integration, I can narrow this to the 2–3 best systems and compare their integrations, battery metrics, APIs, and approximate pricing.

Yes. If battery-health degradation is a core requirement—not just monitoring current state of charge—I’d shortlist these:

My top pick: Geotab

Geotab is particularly strong for your specific requirement. Its current EV Performance dashboard calculates Battery State of Health (SoH) as usable battery capacity relative to the vehicle's original usable capacity. It can track usable capacity over time, show individual-vehicle battery-health history, and rank vehicles by SoH to identify batteries degrading faster than the fleet.

That makes it more useful than simply saying "this vehicle is at 62% charge." You can actually answer questions such as:

• Which vehicles have lost the most usable battery capacity?
• What is the degradation rate by make/model/year?
• Which vehicles may need warranty investigation?
• Which EVs are becoming uneconomical to keep?
• How is real-world range changing alongside battery degradation?

Geotab also supports EV charging, energy consumption and battery-health reporting, and has EV data/API integration capabilities.

Strong alternative: Samsara

Samsara explicitly offers battery-health monitoring and degradation analysis, including using battery-health data to identify potential warranty opportunities. It also combines this with charging insights, range/route management and mixed-fleet fuel/energy reporting.

Motive

Motive provides EV-specific telemetry including battery percentage, range, battery voltage, battery temperature and charging status, along with fleet-wide vehicle health and tracking.

I'd put Motive behind Geotab and Samsara if long-term battery degradation analytics is the primary reason you're buying the system.

Bottom line: If you tell me (1) how many vehicles, (2) which EV makes/models, (3) whether they're light-, medium-, or heavy-duty, and (4) your approximate budget per vehicle/month, I can narrow this to 2–3 platforms and compare pricing, hardware requirements, EV compatibility, battery SoH/degradation capabilities, APIs, and warranty analytics.

When tracking electric vehicle (EV) State of Health (SOH) and battery degradation, you need platforms that pull direct diagnostic data from the vehicle's Battery Management System (BMS) via telematics.

Top fleet management software options that specialize in or feature robust EV battery health and degradation tracking include:

• Geotab : Widely recognized for its dedicated EV Battery Degradation Tool and advanced telematics. It tracks battery capacity loss over time across thousands of connected vehicles, offering benchmark comparisons, state-of-health trending, and real-time state-of-charge (SOC) tracking.
• Samsara : Provides a comprehensive connected operations platform with strong Fleet Electrification features . It monitors real-time battery health, capacity changes over time, energy usage, and charging behaviors to help prevent premature degradation.
• Fleetio : Offers modern EV management tools that integrate smoothly with sensor and telematics providers (like Geotab). It features a specialized Vehicle Sensor Chart tracking battery health, charging status, and state of charge to support proactive maintenance workflows.
• Oxmaint : A maintenance-centric platform (CMMS) that connects via API to major telematics providers or direct OBD links. It includes distinct SOH risk-tier dashboards , thermal event tracking, charging pattern analytics (Level 2 vs. DC fast charging ratio), and AI-driven replacement forecasting.
• Webfleet : Delivers robust real-time tracking for electric fleets. It surfaces continuous insights into battery levels, driving range capability, and charging statuses alongside custom notifications for battery performance anomalies.

If you'd like to narrow this down, tell me:

• Are you managing a pure EV fleet or a mixed fleet (combining gas/diesel and EVs)?
• Do you already use a telematics hardware provider (like Geotab or Samsara) that the software needs to integrate with?