Barely two decades ago, smart HVAC systems were a distant dream. Today, they are increasingly common. Futuristic HVAC technology is also gaining momentum in today’s world due to the increased need for green and energy-efficient HVAC systems. In most buildings, occupancy and the rates of indoor pollutant emission vary with time. With sensor enhanced ventilation, the rate of outside air supply also varies depending on the changes in pollutant generation. Sensor enhanced ventilation incorporates the application of sensors, feedback, and control to modulate your ventilation. Compared to ventilation without feedback, sensor-enhanced ventilation has the upper hand, as it provides better control of indoor pollutant levels. It also lowers energy consumption and peak energy demand. Sensor enhanced ventilation can save energy by reducing ventilation rate when your indoor pollutant generation levels are low or when your home’s occupants are absent. After the sensor provides background data on indoor air quality and ventilation, this data provides a relatively comprehensive routine schedule of the area. Based on the theoretical considerations, your sensor-enhanced ventilation will run when needed as per your usual routine. A sensor-enhanced ventilation is also cost-effective in setups with a single or smaller number of dominant pollutants, where ventilation that is enough to control the dominant pollutants provides effective control of the rest of the pollutants present. It is equally effective in larger rooms and buildings with unpredictable temporary variable pollutant emission or occupancy. Climatic conditions with high cooling or heating loads and regions with expensive energy are also likely to benefit from sensor-enhanced ventilation. This HVAC system provides additional airflow when necessary by sensing motion or detecting someone in a room that requires ventilation due to high levels of indoor pollutants.
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