Next Battery Selector Dynamic - Longer battery service life due to uniform frequency of use

Signalleuchte und Ladestecker sind in einem Vierkantprofil oberhalb der Batterie eingebaut. Diese ergonomische Anordnung beschleunigt nicht nur den Batteriewechsel, sondern stellt den einen gleichmäßigen Einsatz aller Batterien sicher.

Using the BELATRON monitor option, it is possible to display the upcoming battery or sequence of use via a large screen, a PC or on a mobile device. In addition, the software offers smart data monitoring of all important charger statuses in your charging station.
Especially in battery changing systems with many charging stations, the Next Battery Selector Dynamic improves the clarity in the charging station considerably. Even with a large number of charging points in a confined space, selecting the wrong battery can be avoided.
The BELATRON monitor option offers you all relevant information in addition to charging station management. Important charger status messages are visualized in a user-friendly way and can be used to evaluate the use of the charging space. The data remains stored locally at all times and does not leave the company. Access can be implemented both via the customer network and as a stand-alone solution.

• longer battery life
• minimized operating costs
• sustainable use of resources
• Optimises the use of exchangeable batteries
• Ensures the batteries are used in the correct order after being fully charged
• Avoids selection errors thanks to clear indicator lights
• Reduces maintenance cost
• Integration of existing BELATRON chargers possible
• Flexibly expandable at any time (pay as you grow)
• Data monitoring (optional)

Backround: Electric vehicle operators often work in shifts. For this reason, the batteries can only be used at a consistent frequency if the order in which the fully charged batteries are used is specified across shifts and can be clearly identified by staff at any time.

The Next Battery Selector Dynamic ensures that all batteries are used evenly. The temperature rise is reduced because the rest periods distributed over all batteries lead to cooling after the end of the charging process. This extends the service life of the batteries and contributes to a sustainable use of resources.