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BELATRON charging systems for traction batteries • Lithium energy systems liflex NG • Next Battery Selector Dynamic

BELATRON High-efficiency charging systems for traction batteries - New with 120 V

Optimize charging processes, enhance availability – log, use and analyze your data

The housing volume has been almost halved, whilst retaining the same output power. The compact design allows a high installation density in the smallest possible space. This reduces the required space in the charging station.

Flexibility, thanks to multi-voltage function

Another new feature is the multi-voltage function, which allows a wide range of different batteries (24V, 48V, 80V – and 36V, 72V, 96V and 120V) to be charged with just one BELATRON charger. This ensures greater flexibility in optimizing charging processes.

Benefits:

Multi-voltage operation,
Monitoring & reporting portal
Can be upgraded for use with lithium batteries
Communication with energy management systems
Load shedding in order to avoid load peaks

Lithium energy systems liflex NG – designed for industrial, mobile and stationary applications

Sustainable reduction of operating costs, increase of efficiency and equipment availability

BENNING is one of the innovation and technology leaders in the field of lithium technology in Europe. Our experience over the past few years has shown that, in addition to system availability, it is above all the service life and the amount of usable energy during a charge/discharge cycle that are decisive for the success of the investment.

liflex NG is the next development stage of our batteries. It is an innovative, future-proof system from 24 V to 96 V.

Benefits:

Economical and smart
Longer lifetime with Q-Leveling
Future-proof innovative system
High flexibility over the entire service life
Independence from cell manufacturers and cell parameters
Environmentally friendly and sustainable (refurbishing or recycling)

Longer battery service life due to uniform frequency of use

Particularly in cross-shift operation, the frequency of use of the individual drive batteries varies greatly. Batteries that are less accessible are used less frequently. Over time, the number of charge-discharge cycles varies more and more between the individual batteries.

With each charge-discharge cycle, the battery temperature rises. Batteries without sufficient cooling phases run the risk of excessive battery temperatures, which significantly reduce the service life of the traction batteries.

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

Advantages of using the Next Battery Selector Dynamic: