decentralised mechanical extract Ventilation
Decentralised Mechanical Extract Ventilation (dMEV) systems consist of individual fans installed in specific rooms, providing targeted ventilation and a boost to air quality where it’s needed most.
These units help a room “breathe” and reduce indoor air pollutants and humidity levels. Ideal for tackling problems associated with condensation dampness such as mould growth.
Decentralised units come in the form of extract fans or single-room heat recovery units. Both types operate continuously to improve air quality.
dMEV
Single Room Heat Recovery
Decentralised Mechanical Extract Ventilation units that run continuously on trickle, then boost their speed when rooms are occupied or moisture rises.
Continuously running, low energy, ultra-quiet, alternate flow supply and extract fans with heat recovery for use in habitable areas such as living rooms, bedrooms, dining rooms, basements and hallways.
Flux HR
WHAT IS DeCENTRALISED MECHANICAL EXTRACT VENTILATION (dMEV)?
dMEV is the opposite of centralised (MEV) ventilation and uses a fan, in each room needed. Decentralised ventilation provides a constant level of ventilation which considerably improves air quality in the home. When the unit detects moisture, it boosts the speed automatically.
Why is dMEV so good?
Highly efficient
The EC motors are designed for continuous running and feature high-quality ball bearings.
They provide a very low power consumption.
Use our Running Cost calculator to find out!
Trickle and boost for all rooms with Intelligent humidity sensor
Our dMEV’s feature trickle ventilation that maintains a constant low level of ventilation, ensuring a fresh environment even when you’re not actively using the space.
When the built-in humidity sensor detects moisture in the air stream, it boosts the airflow effectively removing pollutants and excess moisture.
Low noise
Our winglet-type impellers feature a unique design with enhanced aerodynamic properties that effectively reduce noise while increasing efficiency.
Need help? Email or call the team on 01384 275771
