The acronym HVAC is used throughout industry to stand for Heating, Ventilation and Air Conditioning. In recent years, studies of working environments and the ever tighter enforcement of standards have led to the vigorous development of these related technical fields.
The environmental microclimate within a building, the quality of the air and the level of lighting all contribute to the comfort and the degree of wellbeing experienced by the occupants.
Naturally, the greater that wellbeing, the higher is the level of productivity of those employed there or the quality of life of those living there, whether we are talking about a hotel or a hospital or an airport waiting room.
Controlling HVAC and lighting systems by means of peripheral devices guarantees the maximum level of comfort and quality of air and makes it possible to relate this to the need to save energy and reduce pollution.
The peripheral devices that control heat and refrigeration generation are constantly kept informed of the effective energy demand by microclimate controllers, varying its production and distribution on the basis of real demand.
Thus the peripheral devices that control the unity of air treatments determine the optimal state of production of the generators, the enthalpy conditions of the outside air, the user requirements and, thanks to sophisticated algorithms that process these variables in real time, the conditioning processes.

The acronym HVAC is used throughout industry to stand for Heating, Ventilation and Air Conditioning. In recent years, studies of working environments and the ever tighter enforcement of standards have led to the vigorous development of these related technical fields.
The environmental microclimate within a building, the quality of the air and the level of lighting all contribute to the comfort and the degree of wellbeing experienced by the occupants.
Naturally, the greater that wellbeing, the higher is the level of productivity of those employed there or the quality of life of those living there, whether we are talking about a hotel or a hospital or an airport waiting room.
Controlling HVAC and lighting systems by means of peripheral devices guarantees the maximum level of comfort and quality of air and makes it possible to relate this to the need to save energy and reduce pollution.
The peripheral devices that control heat and refrigeration generation are constantly kept informed of the effective energy demand by microclimate controllers, varying its production and distribution on the basis of real demand.
Thus the peripheral devices that control the unity of air treatments determine the optimal state of production of the generators, the enthalpy conditions of the outside air, the user requirements and, thanks to sophisticated algorithms that process these variables in real time, the conditioning processes.