Battery State of Charge
State of Charge (SoC) indicates how much usable charge remains in the EV battery. Monitoring SoC helps fleet teams understand battery availability and identify vehicles operating with low or high charge levels.
AI-powered EV fleet intelligence
Electric Vehicle Monitoring System for EV Fleets
Monitor battery health, charging sessions, vehicle location, fleet utilisation and operational performance from one intelligent EV monitoring platform.
- Live vehicle tracking
- Battery intelligence
- Charging analytics
- Fleet analytics
Battery health0%Average
Charging0Active
Low SoC0View alerts
Key features
Enterprise platform built for scale
Select a capability to explore how the platform supports connected fleet operations.
API Interface
Connect ERP, TMS, CRM, mobile apps and partner platforms using secure REST APIs with authentication and webhooks.
- Fast integration
- Open APIs
- Developer friendly
Overview
What Is an EV Battery Monitoring System?
An EV battery monitoring system is a connected platform that collects and analyses battery data such as State of Charge (SoC), State of Health (SoH), temperature, energy consumption, charging activity and battery alerts. For electric vehicle fleets, it gives operators a central view of battery condition, vehicle performance and operational behaviour.
Yatis combines EV telematics, battery data and fleet analytics to help businesses monitor compatible EV and battery systems from one platform.
Comprehensive telemetry
What Does an EV Battery Monitoring System Monitor?
An EV battery monitoring system brings key battery and vehicle parameters into one operational view.
Battery State of Health
State of Health (SoH) indicates the battery's condition relative to its expected or reference performance. Tracking SoH over time helps fleet operators identify changes in battery performance and degradation trends.
Battery Temperature
Battery temperature monitoring helps identify batteries operating outside configured temperature ranges and supports timely investigation of abnormal conditions.
Energy Consumption
Monitor energy consumption alongside distance, vehicle activity and fleet performance to understand how efficiently EVs are operating.
Charging Cycles
Charging activity and cycle data can help fleet operators understand charging behaviour, battery usage patterns and operational demands, where the required data is available from the connected vehicle or BMS.
Battery Alerts
Battery alerts bring attention to conditions that may require action, such as low or high SoC, temperature-related events and other configured battery or vehicle conditions.
End-to-end architecture
How Does an EV Battery Monitoring System Work?
An EV battery monitoring system connects battery and vehicle data with a cloud-based analytics platform.
Battery / BMS
The vehicle battery and compatible Battery Management System (BMS) provide battery and operational data such as SoC, SoH, temperature and other available parameters.
IoT Telematics
A connected telematics device collects relevant vehicle and battery data and transmits it securely for remote monitoring.
Cloud Platform
Data is processed and organised on the Yatis platform, allowing fleet teams to access vehicle and battery information remotely.
Battery Analytics
The platform converts raw battery and vehicle data into analytics, trends, comparisons and configurable alerts.
Fleet Dashboard
Fleet teams can view battery condition, vehicle activity, energy, temperature, charging information and operational alerts from a unified dashboard.
Battery / BMS → IoT Telematics → Cloud Platform → Battery Analytics → Fleet Dashboard
Degradation & longevity
EV Battery Health Monitoring
EV battery health monitoring helps fleet operators move beyond simply knowing where a vehicle is.
Yatis enables teams to monitor SoH, SoC, temperature, energy consumption and battery performance trends, compare battery health across compatible fleet assets and identify batteries that may require closer attention.
This helps turn battery data into actionable fleet intelligence.
AI-assisted insights
Smart EV Battery Monitoring with AI
Traditional monitoring shows what is happening. Smart EV battery monitoring adds analytics to help identify patterns and support operational decisions.
Yatis uses battery intelligence and AI-assisted DoD analysis on compatible deployments to:
- Review depth-of-discharge patterns
- Identify batteries operating outside preferred ranges
- Analyse battery performance
- Surface relevant operational insights
- Support battery-life and utilisation decisions
* Available AI-assisted optimisation and remote battery controls depend on the connected BMS, hardware and deployed Yatis configuration.
Hardware & BMS
EV Battery Monitoring System with BMS Integration
A Battery Management System (BMS) manages and protects the battery, while an EV battery monitoring platform brings available battery and vehicle data into a broader monitoring and analytics environment.
Yatis can integrate with compatible BMS systems to provide fleet-level visibility into battery performance, SoC, SoH, temperature, charging and other available parameters.
BMS vs Battery Monitoring System
| BMS | Battery Monitoring System |
|---|---|
| Manages battery operation | Monitors and analyses battery data |
| Battery protection and control | Fleet-level visibility |
| Operates within the vehicle/battery system | Cloud and dashboard-based monitoring |
| Handles available battery management functions | Provides trends, alerts and analytics |
| Battery-level control | Operational and fleet intelligence |
In simple terms: BMS manages the battery. Battery monitoring helps you understand the battery.
Fleet intelligence platform
Powerful dashboards for complete EV fleet visibility
Monitor daily operations, analyse fleet performance, generate interactive reports and optimise compatible battery systems from one unified dashboard.
Daily visibility
Daily Operations Dashboard
Bring the issues that need attention to the surface so operations teams can respond quickly.
- Monitor low and high SoC batteries
- Track unused vehicles and battery assets
- Identify assets outside configured geofences
- Act on operational alerts
Battery intelligence
Fleet Activity & Battery Analytics
Understand battery condition, utilisation and fleet activity through clear operational analytics.
- Review weekly and monthly performance
- Monitor distance, energy and temperature
- Compare battery health across the fleet
- Manage EV and ICE assets from one platform
Performance analysis
Reports with Interactive Charts
Explore vehicle and mixed-fleet performance with visual reports and configurable comparisons.
- Compare vehicles by distance travelled
- Track working hours and energy or fuel consumption
- Review mileage and efficiency trends
- Identify underperforming vehicles
Compatible battery systems
DoD Level Management with AI
Use battery intelligence to manage depth of discharge and support battery-life decisions on compatible deployments.
- Review DoD patterns remotely
- Identify batteries operating outside preferred ranges
- Receive recommended operational actions
- Reduce avoidable manual intervention
Regional intelligence
EV Battery Monitoring for Commercial Fleets in India
For commercial EV fleets in India, battery performance directly affects vehicle availability, charging decisions and daily utilisation.
Yatis provides a central monitoring layer for compatible EV deployments, helping fleet teams track:
- Battery health
- SoC and SoH
- Temperature
- Energy consumption
- Charging activity
- Vehicle location
- Fleet utilisation
- Operational alerts
The platform can also support EV and ICE fleet visibility from one system, making it suitable for organisations operating mixed fleets.
Premium EV telematics platform
Why choose Yatis?
Built for modern electric fleet intelligence—not just location tracking.
Feature
Yatis
Conventional GPS
Live GPS tracking
Battery SoC monitoring
Battery SoH analytics
BMS integration
Charging analytics
AI-assisted battery optimisation*
Fleet analytics
Limited
EV + ICE fleet support
Limited
* AI-assisted optimisation and remote battery controls depend on the connected BMS, hardware and deployed Yatis configuration.
Trusted by EV and mobility teams
Frequently asked questions
Electric vehicle monitoring, explained
An EV battery monitoring system collects and analyses battery and vehicle data such as SoC, SoH, temperature, energy consumption, charging activity and alerts to help fleet operators monitor battery condition and EV performance.
Build a clearer view of your fleet
Ready to optimise your EV operations?
Talk to our team about your vehicles, BMS integration and operational reporting requirements.