Cell-level visibility
Spot imbalance and weak cells before they take the whole pack offline.
Solution
Battery reliability improves when pack behavior is monitored at cell level.
Cloud-connected BMS intelligence for EV fleets and battery programs
Track voltage, temperature, SOC, and SOH trends with alert logic designed to catch imbalance and thermal risk before service failure.
Prefer messaging? Request a callback — our team responds promptly on business days.
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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.
Cell-level
monitoring
Thermal
safety
Cloud
analytics
Warranty
support
Our clients
Trusted by teams across India
Recommended product
Hardware built for this solution
Start with our flagship device for Battery Management Systems—full specs and deployment guidance on the product page.
Pictor PS26 – Wheel Lock IOT EV Vehicle Tracking Device
Pictor PS26 is an advanced IoT-enabled Vehicle Tracking System (VTS) designed specifically for 2-wheeler electric vehicles. It integrates real-time tracking, ignition control, wheel sensing, and wheel lock functionality...
The problem
Battery failures are expensive when early warning signals are not operationalized
- 1 Degradation and imbalance can remain hidden until routes fail or downtime spikes.
- 2 Thermal safety risks escalate quickly without threshold-based monitoring and escalation.
- 3 Warranty and support decisions become difficult when field data history is incomplete.
The solution
BMS telemetry that supports preventive action, not reactive replacement
Stream cell-level battery telemetry to the cloud, apply safety and health thresholds, and convert raw data into maintenance and warranty workflows. Teams can intervene earlier, document pack behavior over time, and improve lifecycle decisions.
- Cell-level visibility — Spot imbalance and weak cells before they take the whole pack offline.
- SOC and SOH you can trust — Operational range and replacement planning based on real degradation, not age alone.
- Analytics and exports — Charging patterns, efficiency trends, and compliance-friendly reports.
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.
SOC and SOH you can trust
Operational range and replacement planning based on real degradation, not age alone.
Analytics and exports
Charging patterns, efficiency trends, and compliance-friendly reports.
Safety-first thresholds
Thermal, overcharge, and over-discharge alerts to reduce runaway risk.
Cloud and fleet integration
Feeds EV telematics and fleet dashboards so workshop and operations align.
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
EV Fleet Battery Health
Fleet-wide view of pack health. Schedule service before failures strand routes.
02
E-Rickshaw & 2W Battery Packs
Swappable and fixed packs—track identity, cycles, and abuse.
03
Battery Manufacturers & OEMs
Remote diagnostics, field statistics, and proactive customer support.
04
Energy Storage & ESS
Stationary battery farms with balancing and thermal oversight.
BMS telemetry for EV bus, last-mile, and ESS
Cloud-connected BMS layers add cell voltage, temperature, SOC, and SOH visibility on top of pack protection hardware. EV bus depots use it to schedule charging windows; last-mile operators use it to avoid mid-route failures; ESS operators use it for thermal and imbalance surveillance.
Integration with EV telematics
When BMS and GPS telematics share a dashboard, dispatch sees location + battery risk together—useful for assigning trips, quarantining packs after thermal events, and documenting warranty conversations with timestamped field history.
Related solutions
See it in action
Cell behavior, health trends, and threshold events
View battery risk signals in time for intervention, with historical records for engineering and warranty analysis.
Industries
Where teams deploy Battery Management Systems
EV Fleet Operators
E-Rickshaw & 2W
Last-Mile Delivery
Public Transport EV
Battery Manufacturers
ROI & outcomes
Longer battery life, lower unplanned downtime, and better warranty confidence
Operators and OEM teams use BMS analytics to improve battery lifecycle outcomes and reduce costly reactive failures.
Extend useful battery life by identifying harmful charge and thermal patterns early
Reduce unplanned vehicle downtime with predictive risk monitoring
Improve warranty and support decisions with traceable field telemetry
Strengthen technical documentation for compliance and quality workflows
Avoid premature pack replacement through data-backed lifecycle planning
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.
Telemetry interfaces with the battery pack or existing BMS and captures cell-level and aggregate health metrics. Data is transmitted to the cloud platform, where thresholds and trend analysis identify early-stage risk. Teams can integrate this insight into fleet operations, service workflows, and OEM support processes.
Hardware
Devices that power this solution
Browse device categories that pair with Battery Management Systems—specs and compatibility on each page.
A Battery Management System protects cells by balancing charge, limiting current, and monitoring temperature. Our IoT layer adds cloud visibility on top of that hardware.
You see health trends before they become roadside failures. You can plan replacement, prove warranty cases, and charge fleets more responsibly.
Yes—data can unify with our EV telematics for location plus battery in one place.
Voltage and temperature per cell or group, plus imbalance and fault flags depending on hardware.
Temperature thresholds trigger alerts; integration with cooling systems is possible where the vehicle supports it.
Yes—lifecycle logs support OEM claims, recalls, and customer disputes.
On-vehicle BMS protects cells locally. Cloud BMS IoT adds remote visibility, alerting, and lifecycle analytics for fleets and OEM support teams.
Thermal excursions, overcharge/over-discharge patterns, and cell imbalance trends are typically prioritized for early intervention.
Timestamped field logs help document usage patterns. Warranty outcomes still depend on OEM terms and root-cause analysis.
High-utilization fleets often review weekly dashboards; critical thresholds should trigger immediate workshop action.
No. Remote data guides triage; physical inspection and OEM tools remain required for repairs.
Yes on supported architectures so operations sees location and battery health in one view.
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.
Solution content standards
Written by
Pictor Telematics Solutions Editorial Team · Fleet Telematics Product Guidance
Reviewed by
Mr. Rajesh Kumar · Founder Director & Chief Executive Officer
Published
Jan 15, 2024
Last reviewed
Apr 10, 2026
Validation approach
Solution pages are reviewed against hardware capabilities, rollout workflows, and KPI assumptions from commercial deployments since 2014.
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Next step
Ready to see Battery Management Systems 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.