Principle of the system
These systems are based on the active air distribution principle based on the laws of thermodynamics while being supported by distribution elements. High impulse elements for air distribution boost the velocity of the air leaving the duct and therefore support the delivery of air to reach further into space.

The most suitable applications
The applications of hybrid systems can be found in a wide range of spaces. By selecting the size of the distribution elements and the permeability of the fabric, these systems can be installed in areas with high comfort requirements, such as offices or schools.

Nevertheless, if larger perforations are chosen, they are also ideal for supermarkets, warehouses, or the light industry.

Heating
Heating with a hybrid system is efficient when more than 40% of the incoming warm air is passing through the perforations.

The high percentage of air passing through the distribution elements results in a higher velocity of the air and therefore ensures that the air passing through the fabric is pulled down into the room together with the air passing through the perforations. 

 Cooling
Due to the integration of distribution elements, the cooling of these systems is efficient, as these elements help to disperse the air around the duct more. 

Consequently, the cooling is more comfortable for the people in the room and faster than using just permeable system.

Ventilation
Ventilation is characterized by the supply of air at the same temperature as the air temperature in the room.

This makes the use of the system very efficient and again faster than using only a permeable system. In the same way, as in the case of cooling, the supply, of air to the entire space is faster.