Maximized well-being and optimum energy efficiency
Before outdoor air enters indoor spaces, it must be filtered, cooled or heated. This process is very energy-intensive. Demand-based ventilation control optimizes the supply of outside air and minimizes energy consumption for air preparation.
Environmental sensors help make invisible impurities in the air visible. If the air is too polluted, actively filtered and thus clean fresh air can be supplied from outside. In this way, the pollutant load inside can be reduced.
Building control systems and ventilation systems are becoming increasingly complex and sophisticated. To benefit from the full functionality of the systems, reliable control parameters are needed. These are provided by high-precision measurement sensor technology.
Intelligent automation systems based on advanced measurement sensor technology enable autonomous operation of the ventilation system without any effort for technicians, service personnel or users. The goal is to enable fully autonomous building control.
Every liter of air that enters a building requires a lot of energy to process. Demand-based ventilation control based on IAQ parameters optimizes energy consumption by ensuring that only as much air enters a building as is actually needed.
Implementing environmental and differential pressure sensors in controlled/automatic ventilation systems ensures ideal demand-based ventilation and increases energy efficiency.
Leading providers in the field of building automation have been relying on Sensirion's highly accurate and reliable air flow sensors for years.
VAV controller
Due to its extremely compact design, the CO₂ sensor can be placed anywhere in the building or in the ventilation system without much effort and thus measures exactly where it is relevant.
Technology
In recent years, a new demand for clean air has developed among many people who value healthy living. When it comes to air quality, most of them rightly are worried about atmospheric pollution, but tend to forget about indoor air pollution.
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How will we be living in the future? This is a question that humanity has always yearned and worked to answer. Finding out the answer, surprisingly, is not limited to time travel.
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