Batterylog

We manage your battery!

Do you know these situations?

Do you have a high TCO (Total Cost of Ownership) and major uncertainties when calculating battery life?

The planning horizon for the battery replacement is zero because you don't know the condition of the battery and so the replacement only takes place when it is defective?

Are you gaining initial experience with battery-powered machines and want to know more?

Are you looking for new business cases such as dynamic pricing of battery-supported electricity purchases?

Do you have a high TCO (Total Cost of Ownership) and major uncertainties when calculating battery life?

The planning horizon for the battery replacement is zero because you don't know the condition of the battery and so the replacement only takes place when it is defective?

Are you gaining initial experience with battery-powered machines and want to know more?

Are you looking for new business cases such as dynamic pricing of battery-supported electricity purchases?

Then our solution is the right one for you.

Batterylog shows you the current status of your batteries at any time and points out unused

optimisation potential. In this way, you decisively extend the useful life of your batteries.

Digital Twin

Batterylog collects the relevant measured values of the batteries and stores them in the cloud in a Digital Twin tailored to your needs.

Digital Twin

Batterylog collects the relevant measured values from the batteries and stores them in a Digital Twin in the cloud tailored to your needs.

Matrix-based battery model

Our algorithms are optimized for calculation in the cloud and calculate the State-of-Health of each individual battery based on its respective use. The battery models can be individually parameterized for each battery type.

Matrix-based battery model

Our algorithms are optimized for calculation in the cloud and calculate the state of health of each individual battery based on the respective usage. The battery models can be parameterized individually for each battery type.

AI-assisted model optimization

We are working on AI routines so that the model parameters are sharpened based on the usage data. For high data security, the measured values are transmitted in encrypted form and you grant access.

AI-assisted model optimization

We work on AI routines so that the model parameters are sharpened based on the usage data. For high data security, the measured values are transmitted in encrypted form and you grant access.

Modular structure

The battery-specific data is either read from the battery's BMS (Battery Management System) or imported via an individually customisable interface/API.

Modular structure

The battery-specific data is either read from the battery's BMS (Battery Management System) or imported via an individually adaptable interface/API.

To the Batterylog offer