Cooling technology is often used wherever precise temperature control is essential—and this is exactly where compact, flexible solutions show their strengths. In our application examples, we show how components such as Peltier elements, controllers, heat sinks, and thermal interface materials can be used in real-world applications.
The focus is not on the individual component alone, but on how the components interact within the overall system: How can temperature, humidity, and heat transfer be controlled in a targeted way?Which operating conditions are crucial for a stable and efficient solution? And how can a functional, practical application be created from just a few components?
challenges in research, development and education—from controlled climate management to compact cooling and temperature-control systems. They are intended not only to demonstrate solutions, but also to encourage users to develop their own ideas further and turn them into practical applications.
In many technical and biological processes, precise control of temperature and humidity is not merely a »nice-to-have« but a fundamental prerequisite for reproducibility. In the food industry in particular—such as in cheese production, fermentation, tobacco processing, or the drying of herbs—this consistency is crucial to the final result.
However, simple two-point controls (on/off) often fail due to system dynamics, because:
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Last update: 2026-05-12
