Hermann-Rietschel-Institut

The Hermann-Rietschel-Institut (HRI) evolved from the “Test Centre for Heating and Ventilation Equipment” founded by Hermann Rietschel in 1885. It is the world’s oldest university institute in its field.

Our teaching and research focuses on advancing energy efficiency in heating, ventilation, and air conditioning (HVAC) systems across different scales: districts, buildings, and indoor spaces, that promote well-being, health, and productivity while ensuring sustainable operation using renewable energy sources. Our work encompasses both experimental and theoretical approaches, including laboratory testing, building and system simulations, computational fluid dynamics (CFD), and field studies to validate and improve efficiency in real-world applications. See our → Research Profile and Studies & Teaching.

The HRI’s research and test results influence the development of heating and ventilation engineering in Germany, including the development of standards. Today, the department is named Energy, Comfort & Health in Buildings and is part of the Institute of Energy Engineering at TU Berlin, but the name “Hermann-Rietschel-Institut” has been retained due to its high profile.

Recent articles

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Jobs & Vacancies

The Hermann-Rietschel-Institut has vacancies for university graduates who are interested in gaining experience in teaching and research, or in pursuing a doctoral thesis. If you are interested, you are welcome …
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EnOB: Renewable Ready RLT – Ventilation and air conditioning systems in laboratories with renewable energies and waste heat

Laboratory buildings have exceptionally high energy demands — often many times higher than offices — due to strict safety and air quality requirements. At the Max Delbrück Center (MDC) in …
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WärmSchöN

Municipal heating planning in Berlin envisions a grid-connected local heating supply based on local renewable energy and waste heat sources for many inner-city neighbourhoods without existing district heating. Due to …
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Heating by reflection

Enhancement of heat transfer efficiency through indirect radiation The energy transition promotes low-temperature hydronic and fast-responding electric heating systems, bringing radiant heating into the focus of research. While previous work …