Sensor-enhanced ventilation is intelligent, self-sufficient, and efficient in the way it uses energy.
It reduces your energy bills, keeps your temperature and airflow fresh, and eliminates the need for manual control.
It can reprogram your HVAC system after getting real-time air quality, occupancy, and outdoor temperature readings from its sensors. One of the main advantages of sensor-enhanced ventilation is its ability to supply occupancy-based throttle control. A vacant building does not need ventilation. A building that is filled requires maximum ventilation. A building with a fluctuating occupancy requires multiple ventilation settings all through the day, then sensor enhanced ventilation provides automated, occupancy-based throttle control that can ensure all these buildings remain comfortable. As soon as your sensors detect rising numbers of people in any part of the building, they send data to the controller, which then toggles the ventilation as required. Sensor enhanced ventilation provides weather-forecast-based temperature adjustment. They optimize your home’s temperature for the next day based on the weather forecast. Since it can also put your HVAC system to rest while your building is unoccupied, your energy bills will extremely reduce, and your system will be subject to less wear and tear. It will also use the bare minimum amount of energy since its sensors detect temperature changes in real-time. With sensor-enhanced ventilation, you also get to reduce your carbon footprint in the environment. Old buildings contribute to almost 39% of the global carbon emissions. This is primarily because of their over-consumption of energy. With their energy-saving abilities, sensor-enhanced ventilation can reduce carbon emissions considerably.