The article explains that conventional control strategies can reach their limits in complex applications such as swimming pools. etaSmart therefore relies on model-predictive control, which takes into account the system, the building, usage patterns, weather conditions, and other influencing factors in order to proactively optimize operations.
The real-world results cited in the article also demonstrate the potential of this approach: The system has been implemented in 15 swimming pools to date, achieving an average energy savings of approximately 20% for the ventilation system. For the indoor swimming pool in Ramsloh, the article also reports an average electricity savings of 29% and an average heat savings of 24%.
Furthermore, the article reports on the further development of etaSmart in a multi-zone building. In an initial customer project at a swimming pool with three served zones, the air duct pressure was dynamically regulated. Initial results there show a 25% energy savings in electricity consumption and a 42% savings in heat.
The article thus makes it clear: Artificial intelligence is no longer a topic of the future in ventilation technology, but is already a concrete approach today for operating systems more efficiently and tapping into new potential in control systems.
Read the full press article: https://www.hansa-klima.de/presse