EV Fleet Management Solutions

Vicible's EV fleet tracking solution is a cloud-based telematics platform that integrates with electric vehicle CAN bus architecture to monitor high-voltage battery health, real-time State of Charge (SOC), and localized drivetrain diagnostics. The platform transforms raw vehicle metrics into live dashboards, allowing fleet managers to track range projections, optimize route charging schedules, and prevent battery degradation across commercial electric cars, delivery vans, and e-bikes.

Smart EV Fleet Management for Performance, Safety, and Sustainability

Whether you manage a small EV fleet or a large electric vehicle operation, Vicible offers a comprehensive EV fleet management platform that supports your transition to cleaner mobility — while boosting productivity and lowering operational costs.

Get instant visibility into your fleet’s real-time location and vehicle status, including state of charge, temperature, and live diagnostics. Stay informed with the latest EV-specific data to keep operations running smoothly and efficiently.

Key Benefits:

Live GPS tracking with EV-focused telemetry
Battery charge level and health status monitoring
Real-time updates on temperature and operational readiness

Real-Time Electric Vehicle Tracking

Ensure your EV fleet runs at peak performance with deep insights into battery systems. Track key metrics like battery temperature, state of health (SOH), state of charge (SOC), and automatic cutoff alerts to prevent damage and prolong battery life.

Key Benefits:

Real-Time Battery Telemetry (SOC & SOH): Instead of simple status updates, write: Directly extracts live State of Charge (SOC) percentages and State of Health (SOH) indexes from the vehicle's battery management system. The software calculates precise remaining range windows based on real-time consumption trends to prevent range anxiety.
Thermal & Cycle Monitoring: Instead of basic health logs, write: Tracks core battery cell temperature variations and charging cycle frequencies. The telematics module triggers immediate automated cutoff notifications if temperatures spike past safe operating limits, protecting the cells from thermal degradation.

EV Battery Health & Safety Monitoring

What EV data can Vicible track?

Monitored Electric Vehicle Variables: Live battery State of Charge (SOC %), overall State of Health (SOH %), core pack temperatures (°C), and real-time current consumption.
EV-Specific Alert Triggers: Rapid battery discharge alarms, critical low-charge thresholds, high-temperature warnings, and unauthorized charger disconnections.
Drivetrain & Efficiency Diagnostics: Energy consumption tracking (kWh per kilometer), regeneration efficiency logs, charging station plug-in duration, and motor fault trouble codes.

Actionable EV Fleet Analytics & Insights

Unlock powerful insights into your electric fleet’s performance with customizable reports and interactive dashboards. Vicible’s advanced EV analytics deliver detailed data on vehicle usage, battery health, charging patterns, maintenance needs, and driver behavior — empowering you to make smarter, data-driven decisions.

Key Benefits:

Real-time analytics and performance tracking
Data-backed decisions to boost efficiency and sustainability
Easily identify usage trends, charging inefficiencies, and maintenance gaps

FAQs

How does Vicible track an electric vehicle's remaining range?
Vicible connects directly to the vehicle's internal data network to read the live battery State of Charge (SOC) alongside real-time energy consumption rates. The system combines this raw battery telemetry with vehicle routing data to calculate accurate range forecasts, helping fleet managers dispatch vehicles safely without risking route energy depletion.

What is the difference between State of Charge (SOC) and State of Health (SOH) in the dashboard?
State of Charge (SOC) represents the current battery percentage remaining for immediate driving (like a digital fuel gauge). State of Health (SOH) measures the long-term degradation and maximum energy capacity of the battery pack compared to when it was brand new. Tracking both allows fleet managers to monitor day-to-day operations while planning for long-term battery lifecycle management.