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TU Braunschweig/ Thermodynamics

Thermal Energy Systems

TU Braunschweig/ Thermodynamics

TU Braunschweig/ Thermodynamics

Company profile
Thermal Energy Systems

Fig. 01 — Thermal Energy Systems

01 Overview

The working group aims to design, understand, control, and optimize complex cyber-physical thermal energy systems so that they can be integrated into alternative vehicle concepts and the ‘city of the future.

01

We are researching environmentally friendly systems such as battery-electric cars, fuel cell trucks, hydrogen storage and refueling systems, dryers, wastewater treatment plants, heat pumps, refrigeration systems and air conditioning systems. In this context, components such as batteries, fuel cells, compressors, heat exchangers, mass transfer devices, thermo-electric modules and ejectors are analyzed. Novel control techniques are emerging.  The natural refrigerant R744 is often in the focus of research. Modern system and CFD simulation methods as well as novel measurement techniques are used. The working group cooperates nationally and internationally with numerous research institutions and companies.

02 Technical dossier

Specifications

2 data points · as published by TU Braunschweig/ Thermodynamics

Refrigerant
CO₂
Category
Tools & Services

01Refrigerant

1 entry

Refrigerant
CO₂

02Certification & markets

1 entry

Region
Europe
TU Braunschweig/ Thermodynamics

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