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In modern buildings, with the emphasis on indoor air quality and energy efficiency, many governments have already introduced a series of policies and rules. In Europe, the EU's Green Deal emphasizes the dual goals of improving air quality and reducing building energy consumption. In the United States, the US Environmental Protection Agency (EPA) has promoted companies to monitor and improve indoor air quality in accordance with the Clean Air Act to protect employee health and reduce energy consumption.
While governments have continuously strengthened policies on indoor air quality and energy consumption, companies in construction industry or building owners are driven to seeking effective ways to improve indoor air quality while reducing energy consumption correspondingly.
To help optimize the indoor air environment and reduce energy consumption, Cubic, as a leading manufacturer of gas sensors and gas analyzers, has leveraged its mature technologies of Non-dispersive Infrared (NDIR) technology, light scattering (LSD) technology and MEMS technology to develop HVAC controllers and IAQ monitors.
Cubic HVAC controllers and monitors adopt self-developed sensors to measure IAQ parameters, including CO2 concentrations, PM levels, tVOC, humidity and temperature. The sensors are integrated into HVAC controller and monitor to detect fluctuations in environmental conditions and transmit real-time data to indoor ventilation control system, which will adjust ventilation volume accordingly.
When it is detected that the level of indoor parameters exceeds the set threshold, the building ventilation systems will automatically increase the air ventilation volume to bring fresh air into the room to refresh the indoor environment and sustain at a comfortable level. When it is detected that the level of indoor parameters are within the normal range, the building ventilation systems can stop or reduce the fan operation, thereby saving energy.
To enable effective and fast data transfer to building ventilation control system, Cubic HVAC controllers and monitors adopt kinds of wire and wireless methods for communication, including Modbus-RTU, BACnet-MSTP, EnOcean, analog output etc., to transmit the real-time measurement data and control signal to the HVAC system, to further help adjust the fan speed and valve switch accordingly.
Furthermore, Cubic accumulated mature experience on OEM/ODM gas sensing solutions based on its core technology platforms, to meet the customized needs of products. Whether addressing the complexities of monitoring parameter requirements or the product application conditions, Cubic independent R&D capabilities provide customized product designs, meeting unique demands from customers in HVAC industry. Additionally, Cubic has its own laboratories, including CLAS, UL Witness, and EMC Labs, provide rigorous testing and certification, ensuring that Cubic HVAC controllers and monitors are designed in compliance with the standards of ASHRAE, WELL, RESET, and Title 24, meeting different regulatory requirements for modern buildings.
Simultaneously, complemented by a robust and reliable supply chain, Cubic capitalizes on the synergy of technological innovation, supply chain management, and lean production practices to ensure efficiency, cost-effectiveness, and rigorous quality control at every stage of product manufacturing, reinforcing Cubic’s advantages in OEM/ODM solutions.
To know more details, please contact sales@gassensor.com.cn or visit https://www.cubic-controls.com/ .
