Battery state in plain sight
SOC and SOH on the dashboard, with range estimates where the data supports it.
Solution
EV fleet performance depends on battery intelligence, not just location visibility.
EV telematics with charge, health, and route context
Monitor SOC, SOH, charging behavior, and live vehicle movement in one platform so dispatch and maintenance teams can plan routes with confidence.
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pictor — live
Live tracking
Alerts
Reports
Why operators choose us
Numbers that match how fleets actually run
Devices, networks, and people on the ground across India—so go-live isn’t where your project ends.
Real-time
SOC & SOH
Predictive
maintenance
Range
estimation
BMS
integration
Our clients
Trusted by teams across India
The problem
EV operations break down when battery data is fragmented or delayed
- 1 Route planning becomes conservative or risky when usable range is estimated without live battery context.
- 2 Battery degradation often appears late when health trends are not tracked continuously.
- 3 Charging inefficiencies persist across depots when session data is not monitored and compared.
The solution
A unified EV command layer for dispatch, charging, and maintenance
Integrate EV battery data (where supported) with GPS tracking to surface SOC, SOH, charging history, and fault cues in one workflow. This helps operations teams reduce route failures while maintenance teams address early warning signs before breakdowns.
- Battery state in plain sight — SOC and SOH on the dashboard, with range estimates where the data supports it.
- EV GPS as you expect — Live position, history, geofences, and alerts—same as conventional fleet tracking.
- Charging that you can analyse — Session duration, energy, and anomalies—spot inefficient hubs or vehicles.
What you get
Capabilities that hold up in daily operations
Straightforward feature notes—no jargon wall. If something here matters to your fleet, we’ll show you how it works on a call.
EV GPS as you expect
Live position, history, geofences, and alerts—same as conventional fleet tracking.
Charging that you can analyse
Session duration, energy, and anomalies—spot inefficient hubs or vehicles.
BMS integration where available
Cell or pack-level signals from compatible vehicles for temperature and voltage insight.
Maintenance before failure
Alerts for thermal issues, degradation trends, or patterns that suggest service.
Use cases
Where teams like yours put this to work
Typical deployments—we’ll map the closest fit to your routes, vehicles, and compliance rules.
01
Last-Mile Delivery EV Fleets
Match routes to remaining range. Monitor charging at hubs so vehicles are ready for the next wave.
02
E-Rickshaw & Two-Wheeler Fleets
Track fixed and swappable packs. Reduce theft and misuse with location plus battery alerts.
03
Public Transport EV Buses
Fleet-wide battery health. Optimise charging windows and depot loads.
04
Corporate EV Fleets
Charge accountability and cost allocation. Ensure pool cars are ready for shifts.
See it in action
Battery health and fleet movement in one operational dashboard
Track charge levels, charging events, and route status together to improve utilization and reduce avoidable interruptions.
Industries
Where teams deploy EV Telematics Solutions
Last-Mile Delivery
Public Transport EV Buses
Corporate EV Fleets
E-Rickshaw & 2W
Logistics EV Trucks
ROI & outcomes
Lower battery stress, fewer route interruptions, and stronger EV economics
EV fleets use this to improve charge discipline, plan preventive maintenance, and run deployments with clearer performance and cost visibility.
Reduce battery stress through charge-aware route and dispatch planning
Lower route disruption by monitoring SOC and health trends in real time
Improve maintenance timing with early degradation and thermal indicators
Support EV governance and reporting with centralized energy and utilization records
Strengthen EV rollout economics with measurable battery and operations performance
How it works
From install to insight
Hardware on the vehicle, reliable connectivity, and one dashboard your team uses—end to end.
Step 1
Install & connect
Fit the device to the vehicle—wired, OBD, or battery as needed.
Step 2
Sync to the cloud
GPS and events stream securely so nothing depends on manual updates.
Step 3
Use one portal
Maps, reports, and alerts in the same login—web and mobile.
An EV-compatible tracker reads available battery and vehicle signals through supported OBD/BMS interfaces. Data is merged with GPS telemetry and sent to the cloud platform, where teams monitor charge status, health trends, and charging sessions. For swappable fleets, pack identity and cycle tracking can be configured based on deployment architecture.
Hardware
Devices that power this solution
Browse device categories that pair with EV Telematics Solutions—specs and compatibility on each page.
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Standard fleet telematics plus electric-specific data: charge level, battery health, charging sessions, and often range—so you manage EVs as energy assets, not only dots on a map.
Compatibility depends on vehicle protocol and OBD/BMS access. We confirm supported models during onboarding.
Yes—sessions, duration, and energy help you compare depots and vehicles.
SOC is how full the battery is now. SOH is how much capacity remains versus new—both matter for range and replacement planning.
Yes where supported by vehicle data; estimates improve with driving history and conditions.
Yes, for supported configurations. Swapping workflows can track pack identity and health across cycles when pack tagging and telemetry mapping are configured correctly.
Implementation readiness
Timeline, SLA, ROI Assumptions, and Integration Playbook
Use these planning anchors for internal approvals and rollout readiness before procurement.
Implementation timeline baseline
Typical flow: discovery and scope lock, pilot deployment, KPI validation window, then phased expansion. Exact timelines vary by fleet distribution and install constraints.
Support SLA assumptions
Incident priorities are triaged by business impact. Critical cases receive accelerated handling; final resolution windows depend on dependency class and on-ground access.
ROI model assumptions
ROI estimates should separate hard savings (fuel, idle, misuse) from risk savings (incident/dispute reduction). Baseline and review periods must be agreed before rollout.
Integration playbook
Integration plans are scoped by data exchange method, event triggers, and reporting ownership. API/webhook requirements are validated during technical discovery.
Next step
Ready to see EV Telematics Solutions on your fleet?
Book a demo tailored to your vehicles, regions, and integrations. Our specialists respond fast—usually as quickly as possible on business days.