Air conditioning systems powered by smart sensing and illumination technologies
ams OSRAM offers a comprehensive range of sensing and illumination technologies that enable manufacturers to develop air conditioning systems that are smarter, safer, and more energy-efficient.
Air conditioning systems
Air conditioning systems play a vital role in maintaining indoor comfort and air quality, especially in modern energy-conscious buildings. Their ability to efficiently manage indoor temperatures and airflow makes them indispensable across residential, commercial, and industrial environments.
ams OSRAM offers a compelling portfolio of advanced components designed to improve the functionality, reliability, and energy efficiency of air conditioning systems. Our intuitive human-machine interface (HMI) technologies support seamless user interaction and smart system control. High-precision temperature sensors ensure accurate climate regulation, contributing to consistent comfort and optimized energy use.
To support dynamic system operation, our position sensors enable precise control of moving parts such as dampers, vents, and compressors. For enhanced air hygiene, our UV-C LED modules provide effective disinfection by neutralizing airborne pathogens within the system. Complementing this, our UV-C sensors monitor light intensity and exposure time, ensuring safe and efficient sterilization without over-dosing.
Complementing color lighting effects could visually emphasize active cooling or heating phases by additionally altering nuances in the human centric lighting spectrum between cool blue and warm red.
With a broad portfolio of sensing and illumination technologies, ams OSRAM empowers manufacturers to build smarter, safer, and more efficient air conditioning solutions tailored to today’s performance and health standards.
ams OSRAM’s optical and sensor components are seamlessly integrated into modern air conditioning systems, enabling key functions such as HMI, temperature and position sensing, and UV-C disinfection - as illustrated in the block diagram below.