Mouser Electronics and Sensirion Host Webinar on Air Quality and Flow Sensing in HVAC
February 23, 2026 – Mouser Electronics, the authorised global distributor with the newest semiconductors and electronic components, has teamed up with Sensirion to present a new technical webinar for engineers titled "What to Know About Smart Air Quality & Flow Sensing in HVAC." The free-to-attend webinar will take place on 17th March 2026 at 17:00 CET.
As global building regulations place increasing emphasis on energy efficiency, indoor air quality (IAQ), and sustainability, HVAC system design is evolving beyond traditional demand control volume (DCV) and variable air volume (VAV) ventilation approaches. Engineers are increasingly required to balance tighter energy budgets with stricter air quality expectations, while also aligning with regional and international standards and green building frameworks. In this webinar, engineers will gain a clearer understanding of how advanced sensing supports modern HVAC design under these regulatory and performance requirements.
This expert-led webinar will address:
- The role of next-generation sensing technologies in enabling intelligent and standards-aligned ventilation systems beyond basic CO₂ monitoring.
- Factors driving the adoption of advanced air cleaning and energy recovery ventilation, including ASHRAE 62.1 IAQP-based approaches, filtration strategies, and the increasing importance of airflow and humidity measurement.
- How regulatory and market trends in Europe and North America are influencing HVAC system design, and how sensor technologies support improved IAQ and energy performance in heat recovery ventilation (HRV) and energy recovery ventilation (ERV) systems.
The webinar will provide practical insight using examples of Sensirion sensing technologies, including:
- SCD43 CO₂ Sensor Evaluation Kit – a development kit featuring the SCD43 high-accuracy photoacoustic NDIR CO₂ sensor on a reference board, enabling rapid evaluation and prototyping for indoor air quality monitoring, HVAC, and industrial process applications.
- STCC4 Miniature CO₂ Sensor – an ultra-compact, factory-calibrated CO₂ sensor that supports integration into space-constrained designs, enabling reliable CO₂ measurement with low power consumption and suitable for applications such as indoor air quality monitors, air conditioners, smart thermostats, and other compact HVAC and building automation devices.
- SDP3x Differential Pressure Sensor – compact differential pressure sensors based on Sensirion's CMOSens® technology, offering high accuracy and long-term stability with no zero-point drift, suitable for applications including HVAC, appliances, medical devices, and drones.
The session will be hosted by Stuart Cording, The Electronics Reporter, an engineer turned influencer with 25 years' experience in semiconductors and embedded systems, and will feature two guest speakers from Sensirion: Christian Ebneter, Senior Global Market Manager HVAC and Appliance, and Dr. Kaitlin Howell, Senior Product Manager for CO₂ Gas Sensing.
To register for live attendance or access to the on-demand recording when available, visit https://emea.info.mouser.com/sensirion-greenbuildingwebinar-event-emea-emeaen/.
To learn more about Sensirion, visit https://www.mouser.com/manufacturer/sensirion/.
For more Mouser news and our latest new product introductions, visit https://www.mouser.com/newsroom/.
Como distribuidor autorizado a nivel global, Mouser ofrece la más amplia selección de los semiconducoctores y componentes electrónicos más recientes del mundo, en existencia y listos para enviar. Los clientes de Mouser pueden esperar productos originales y 100 % certificados que son totalmente localizables desde cada uno de sus socios fabricantes. Para ayudar a agilizar los diseños de los clientes, el sitio web de Mouser cuenta con una amplia biblioteca de recursos técnicos, incluso un Centro de recursos técnicos, además de documentos técnicos de productos, diseños de referencia de proveedores específicos, notas de aplicación, información técnica de diseño, herramientas de ingeniería y otro tipo de información útil.
2026 - Mouser es un distribuidor autorizado líder en componentes electrónicos y productos de automatización industrial. Con más de 6.8 millones de productos de más de 1,200 marcas de fabricantes, ofrecemos la selección más amplia de productos en stock. Nuestra división de componentes electrónicos atiende a las comunidades de ingenieros de diseño y compradores con lanzamientos de nuevos productos (NPI) en semiconductores, componentes pasivos, interconexiones y tecnologías electrónicas relacionadas. Nuestra división de automatización industrial ayuda a las empresas a diseñar, construir y mantener sus equipos y operaciones de fabricación. Ofrecemos soluciones que incluyen lo último en sensores, paneles, PLC y controles de motores, disponibles en stock para envío inmediato.
Mouser ofrece un servicio al cliente líder en su clase a través de sus 28 ubicaciones en todo el mundo, las cuales brindan asistencia en el idioma, la moneda y la zona horaria locales. Enviamos productos diariamente a más de 650,000 clientes en 223 países y territorios desde nuestras avanzadas instalaciones de distribución de más de 139,000 metros cuadrados, ubicadas en el área metropolitana de Dallas, Texas. Para obtener más información, visite https://www.mouser.com.
2026 - Sensirion is a leading sensor manufacturer, providing relative humidity sensors and flow sensor solutions with unique performance. The company's product range includes liquid flow sensors, mass flow meters, mass flow controllers and differential pressure sensors. Using Sensirion's microsensor solutions, OEM customers benefit from the proven CMOSens® technology and excellent technical support. Among a large variety of applications, flow and humidity sensors are successfully used in the automotive and medical industries.
Mouser y Mouser Electronics son marcas registradas de Mouser Electronics, Inc. Todos los demás productos, logotipos y nombres de empresas mencionados en este documento pueden ser marcas de sus respectivos titulares.