Thermomanagement Infrastruktursysteme
Infrastructure systems

Infrastructure systems – concentrated future

In modern infrastructure, thermal management plays a crucial role in ensuring the efficiency and sustainability of electrified systems. From airports to renewable energy sources such as photovoltaics and wind power, to the expansion of the power grid and line capacities – we offer customised solutions that are optimally aligned with the specific requirements of these applications.

Durability and innovation.

CO2-neutral airports and battery-supported charging systems

CO2-neutrale Flughäfen

Airports are heavily reliant on efficient thermal management systems to achieve carbon neutrality. A key component is the switch from diesel-powered ground power units to battery-powered charging systems. These systems not only provide a sustainable source of energy for aircraft on the ground, but also significantly reduce emissions. Advanced thermal management solutions ensure that batteries are cooled optimally, maximising their service life and performance.

Photovoltaics, wind power and their storage systems

Photovoltaik Speichersysteme

Renewable energies such as photovoltaics and wind power are indispensable for a sustainable energy supply. Our thermal management systems are designed to maximise battery storage systems, for example in wind and photovoltaic systems, and to increase the service life of the systems. For optimal performance, these storage systems require a constant operating temperature.

Power grid and line capacities

Umspannwerk

Expansion of the power grid and increase of line capacities are essential steps for the implementation of an increasing number of electrified systems. Our thermal management solutions provide the support needed to cope with the stresses caused by increased power flows and ensure power grid reliability. This includes advanced cooling systems for substations, transformers and other critical infrastructure that ensure these components operate safely and efficiently even at maximum capacity.

Individuality and variety.