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IoT display of trip computer data for electric vehicles

IoT display of trip computer data for electric vehicles

MobTrack24 collects key CAN / OBD data from electric vehicles and displays them in real time: charging cable status, charging status, battery level (SOC), estimated vehicle range, battery temperature and other relevant EV parameters. In this way, fleet managers get precise insight into vehicle readiness, can better plan charging schedules, reduce downtime and manage day-to-day operations more efficiently. At the same time, data on the state of the battery and its temperature enable proactive maintenance and better protection of the most valuable component of the electric vehicle

IoT display of trip computer data for electric vehicles

CAN / OBD data from electric vehicles in real time: charging status, battery level, range, temperature and other key EV parameters, depending on the vehicle model.

Better charging control, greater vehicle readiness and more reliable battery management result in a more efficient and predictable EV fleet.

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Key EV parameters from the vehicle

The system enables the reading of important data from the electric vehicle trip computer, such as charging cable status, charging status, battery charge level, estimated battery range and battery temperature — depending on the supported vehicle, model and year

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Vehicle readiness and charging optimization

Precise insight into SOC and range allows vehicles to be charged and deployed in a timely manner according to actual battery condition. This helps to optimize the charging cycle, reduce unnecessary downtime and better plan the use of electric vehicles in the fleet

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Temperature and battery health for proactive maintenance

Monitoring battery temperature and battery condition allows anomalies to be detected in time and acted upon before they become a bigger problem. This increases the reliability of the vehicle, extends the life of the battery and reduces the risk of unplanned breakdowns

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Result

Better charging control, greater operational readiness of electric vehicles and more reliable battery management — with less downtime and more predictability in fleet operations.

Key Benefits

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Precise insight into the state of the battery

Data on charge, range and charging status enable more reliable planning of EV usage.

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Smarter charging planning

The charging schedule can be optimized based on the actual SOC and the vehicle's readiness for subsequent tasks.

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Greater battery protection

Monitoring battery temperature and condition helps prevent problems and preserve battery life.

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Less downtime and better reliability

Timely information from the vehicle enables a faster reaction to deviations and reduces the risk of unexpected outages

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Impact Metrics

10–20%
better utilization of the EV fleet through more precise planning of charging and scheduling of vehicles according to the actual state of the battery.
5–15%
less operational downtime thanks to better visibility of charging status, cable and vehicle range
10–25%
earlier detection of potential problems when battery temperature and system statuses are available in real time.
Longer battery life and better maintenance
through timely response to temperature deviations and changes in battery condition.
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Associated Products

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Industry Focus