Battery Storage — stationary energy storage for research and industry

Concept, engineering and complete electromechanical build of container-format battery storage systems — from an EU-funded research project on braking-energy recovery with KIT to industrial storage. 2020–2022.

Battery storage in a 20-ft container (1 MW class) — concept design pilz

Field
Energy storage / grid stability & e-mobility

System
Stationary battery storage (1 MW class, 20-ft container)

Our part
Concept · Engineering · Cooling concept · Electromechanics · Container fit-out

Period
2020–2022

The Challenge

Stationary battery storage systems must hold large amounts of energy safely, robustly and with easy servicing — in the field under changing environmental conditions. The task was a storage concept in a standardised container format, suitable for both research and industrial use: thermally manageable, service-friendly, transportable and easy to install.

Our Contribution

Two projects on a shared storage platform — the entire storage system conceived, engineered and drawn single-handedly, coordinated with suppliers:

Research project with KIT (EU-funded) — recovery and storage of braking energy in tram networks

Industrial project — battery storage in a 20-ft container for an automotive manufacturer, together with a battery manufacturer

Inverters and back-boost converters — concept and mechanical construction

Cooling concept for the storage system

Complete container fit-out

Entire electromechanics — control cabinet, connection panels, system technology; specially engineered devices, coordinated with suppliers

The Result

A storage platform spanning from the EU-funded research project (braking-energy recovery for tram networks, together with KIT) to industrial use for an automotive manufacturer — the entire concept and engineering realisation from a single source, from the cooling concept through the electromechanics to the container fit-out.

Battery storage – indoor variant 1 MW – concept design pilz

Indoor variant (1 MW)

Skills applied

Industrial Design · Container and enclosure engineering · Electromechanics · Cooling concept · System integration · Design for harsh environments

Your energy-storage or systems project?

From concept through cooling and electromechanics to the finished build — let's talk.