Self-sufficient and connected VAV damper with integrated CO₂ sensor
The e·VAV is a variable air volume circular damper designed to manage fresh air flow in commercial and educational buildings.
It regulates airflow based on indoor CO₂ levels or occupancy. The e·VAV is self-sufficient, generating its own energy through a turbine driven by the ventilation airflow. This energy powers the actuator controlling the iris damper as well as the integrated sensors (depending on the version).
NO WIRING
Easy to install, no power supply or electrical wiring required.
SELF-CHARGING
No battery, no external power supply, zero energy consumption.
Our models
E·VAV
Self-sufficient and connected VAV damper without sensor.
LoRaWAN connection
No wiring required
Humidity sensor
Temperature sensor
CO₂ sensor
Supply and exhaust kit
E·VAV S
Self-sufficient and connected VAV damper with integrated humidity and temperature sensors.
LoRaWAN connection
No wiring required
Humidity sensor
Temperature sensor
CO₂ sensor
Supply and exhaust kit
E·VAV IAQ
Self-sufficient and connected VAV damper with integrated humidity, temperature and CO₂ sensors.
LoRaWAN connection
No wiring required
Humidity sensor
Temperature sensor
CO₂ sensor
Supply and exhaust kit
E·VAV IAQ (with kit)
Self-sufficient and connected VAV damper with integrated humidity, temperature and CO₂ sensors.
LoRaWAN connection
No wiring required
No wiring required
Temperature sensor
CO₂ sensor
Supply and exhaust kit
Use cases
The e·VAV can be implemented in various configurations, either as a self-sufficient unit or in combination with other dampers and sensors, to support advanced ventilation control strategies and system integration requirements.
