ENERGY STORAGE –

The modular energy storage system is based on a highly integrated design concept that compactly combines batteries, energy storage inverters, battery management, energy management, thermal management, and fire protection systems.

*Cycles expected @ 100%
DoD / 70% EoL / 25°C +/-5°C
0.5C/0.5C (Times)

The energy storage system is modularly expandable from 215kWh up to 215MWh. This setup allows for easy expansion in multiple construction phases.

Decentralized energy storage systems for trade and industry.

With diverse applications, multiple storage functions can operate simultaneously. This allows for peak shaving, utilization of renewable energy, and support for microgrids. In this manner, a sustainable energy supply with high storage capacity and numerous guaranteed cycles is ensured.

When building large charging stations for electric vehicles, the grid connection often reaches its limits. By using Tensorpack, costs for expanding transformers can be avoided, as Tensorpack regulates peak loads to counteract overloads and minimize expenses.

Decentralized energy storage combined with cogeneration units, PV systems, and other energy generators to enhance grid stability or optimize electricity feed-in and utilization for maximum yield