Sustainable Energy Supply for Hospitals: Large-Scale Battery Storage System at the University Hospital of Tübingen

How can hospitals ensure a sustainable energy supply? The University Hospital of Tübingen is relying on a high-performance large-scale battery storage system from be.storaged GmbH.

Flexible storage, provisioning on demand

With an electrical output of 4.2 megawatts, the system will help the hospital store electricity flexibly and supply it as needed in the future. This will reduce peak loads, lower electricity costs, and increase the stability of the energy supply.

As a critical infrastructure facility, the University Hospital of Tübingen benefits in particular from greater resilience and security of supply. At the same time, the battery storage system helps to better integrate renewable energy into the energy system, make effective use of surplus electricity, and reduce the load on the public grid.

The Project at a Glance

• 4.2 MW of power
• Can it provide power to the hospital for up to half a day?
• Reduces peak loads and power-based electricity costs
• Supports the integration of renewable energy
• Strengthens the security of supply for critical infrastructure

Projects like this one demonstrate how smart storage solutions are driving the energy transition while also creating tangible value for the facilities we rely on every day.