Fairhaven H&V services have been supplying ventilation equipment to the construction and industrial sectors in Northern Ireland since 1990. We are distributors and agents for some of the leading manufacturers in the mechanical and natural ventilation market, and our comprehensive range of products means we can provide solutions to practially any ventilation requirement.
The revolutionary onesynergy PAVEL is an innovative exhaust cowl that reduces the total energy consumption of an air extraction system. It does this by overcoming the inherent inefficiencies of industry accepted cowls and minimising system pressure. By using the PAVEL cowl, the energy consumption of the extractor fan can be reduced by up to 50%.
Through the PAVEL’s patented design, optimum airflow efficency is achieved by the smooth and gradual deceleration of air within the PAVEL and its gentle diffusion into the surrounding air at low velocity. In addition to the system’s enhanced performance, when
wind is blowing, the movement of air across the PAVEL causes a secondary extraction effect thus increasing performance even further. This is achieved bythe PAVEL’s ability to generate vortices. These vortices in conjunction with the Coanda eect generate a negative
pressure at the neck of the PAVEL, thus drawing air from any connected duct or space.
Can reduce the energy consumption of a fan by up to 50%
No moving parts or maintenance
Suitable for fan/duct sizes from 300mm to 630mm
Proven rain rejection abilities based on EN-13030
Injection moulded clear version maximises the use of available sun light
Dramatic reduction in noise emissions
Fan-less ventilation in windy conditions
Quality stainless steel and injection moulded parts
Extends the lifetime of the fan
This chart shows how the PAVEL compares to a fan with a
standard cowl. The graph plots Volume Flow Rate (m3/s)
against Power (kW). As shown the PAVEL unit has
approximately 55% power savings in comparison to a
Note: the values vary with volume flow
For more information on this exciting new product, please contact us.