INNOVATION
& TECHNOLOGY
Smarter Ventilation for Healthier Air
AerosFair combines advanced sensor technology and self-learning algorithms to guarantee a healthy and energy-efficient indoor climate. While traditional systems use a uniform airflow, AerosFair dynamically adjusts ventilation based on actual occupancy and air quality.
Zone-based Ventilation
Detects movement and air quality per zone and ventilates only where needed.
Even Distribution
Prevents cold drafts and ensures a consistently comfortable climate.
Energy Efficient
Saves energy by ventilating where needed instead of continuously running at full capacity.
Self-learning System
Automatically adapts based on usage patterns and historical data.
High Airflow at Low Speeds
AerosFair can ventilate each room with high airflow, allowing the entire building to be ventilated efficiently, even at low fan speeds. This results in lower energy consumption and reduced wear on the system.
Lower Airflow and Inefficiency
Traditional systems often operate with much lower airflow, meaning they fall short in ventilating the entire building adequately.
Inadequate CO2 Regulation
Traditional systems cannot adequately monitor air quality or adjust CO2 levels quickly enough, which is harmful to health and productivity. High CO2 levels can lead to fatigue, loss of concentration, and even health complaints.
AerosFair SmartCore
At the heart of AerosFair lies a powerful chip equipped with precise sensors that continuously measure air quality, temperature, and CO₂ levels. Thanks to its fast and stable connection, the system responds instantly to changes in the environment.
With just one click, everything is set up—no complex installation or manual adjustments required. The system automatically adapts to provide an optimal indoor climate, exactly where and when it’s needed.
Compact Precision, Limitless Insights
Small in size, big in possibilities. This advanced sensor unit is equipped with high-quality components from, among others, Bosch Sensortec and TDK InvenSense. In a single module, movement (9-axis IMU), air quality (eCO₂ and VOC), air pressure, temperature, and humidity are precisely measured.
Thanks to built-in AI capabilities and Bluetooth Low Energy, the system can analyze locally and communicate directly — without unnecessary energy consumption. Ideal for smart ventilation systems like those from AerosFair, where real-time environmental data is crucial for comfort, health, and energy efficiency.
Comfort, tailor-made for you.
Why Ventilation Must Not Be an Afterthought for Healthy Air in Classrooms
Proper mechanical ventilation in classrooms ensures healthy air, improving children’s health and learning by reducing CO₂, VOCs, and fine dust continuously, regardless of season.
Breathing space in the polluted outdoor air of the Netherlands
In the Netherlands, citizens breathe polluted air outdoors, with harmful particles that cause health risks and a shorter lifespan. Research shows that large cities experience serious air pollution.
Innovation saves our school buildings
Rising renovation costs and outdated infrastructure are putting pressure on school buildings in the Netherlands. Aerosfair offers innovative drone inspections and data-driven analyses to identify structural problems in time. This results in targeted maintenance strategies, cost savings and sustainable new construction plans, ensuring safe and inspiring learning environments.
Why AerosFair Is Essential For Healthy Indoor Air
In Europe, many cities are struggling with serious air pollution and noise problems. According to a recent article on NU.nl and data from the European Environment Agency (EEA), millions of residents are still exposed to polluted air every day, which has serious consequences for their health. AerosFair offers an innovative solution that not only purifies the air indoors, but also creates an oasis of comfort in a world full of pollution.
Hybrid Heat Pumps: Efficiency and Cooling as the Key to Sustainable Comfort
Recent studies confirm that hybrid heat pumps save considerably more natural gas than previously assumed. According to the Netherlands Enterprise Agency (RVO), these systems save an average of 60% on gas consumption for space heating.