Cubic Innovative Super Low Power Consumption CO2 Sensor Application In Smart Buildings

Improve Indoor Air Quality With Super Low Power Consumption CO2 Sensor

In the smart buildings, energy efficiency and indoor air quality have become paramount concerns. As the need for smart buildings increases, the need for advanced technologies that can seamlessly integrate into these environments is critical.

CO2 levels are a significant indicator of air quality and occupant density, which directly impacts the health and comfort of building occupants. Elevated CO2 levels can lead to decreased cognitive function and increased health risks, which lead to emphasizing the importance of accurate and continuous monitoring of indoor CO2 levels, to help occupants effectively take measures correspondingly.

Cubic, specializing in advanced gas sensors and gas analyzers, has established a gas sensing technology platform based on NDIR technology that produces CO2 sensors with high accuracy, long lifespan, auto-zero-calibration mechanism, and continuous monitoring capabilities. Cubic latest innovation, Super Low Power Consumption CO2 Sensor, utilizes advanced NDIR technology, providing the accuracy of ±(40ppm+3%) and low power consumption minimized to 9uA, suitable for battery device which supports flexible installation.

It enables seamless integration into HVAC systems, where it can dynamically control air exchange based on the precise CO2 measurements to help maintain optimal indoor air quality, thereby enhancing occupant well-being and reducing operational costs.