Indoor climate solution with decentralised heat generation

The process of machining metals or manufacturing electronic components creates a lot of atmospheric pollution. Room air in the buildings where these processes are performed should be replaced continually so as to protect employees from this contamination as they go about their work. Hoval indoor climate systems significantly improve air quality. Different indoor climate units can be combined to produce optimum air quality and a perfect production process environment for any field of work. Waste process heat can also serve to heat the hall during winter, thus improving energy efficiency and reducing operating costs. All in all, this is a good investment that more than pays for itself over time.

Maximum flexibility
Indoor climate systems from Hoval make large spaces feel cosy and minimise energy consumption at the same time. Unlike centralised systems, they have a modular design, i.e. a single system is made up of several air-conditioning units, which do not all have to be the same. This provides for maximum adaptability and flexibility throughout all stages from planning to installation, operation and even maintenance. 

Duct-free hygiene
Indoor climate units are spread throughout the room, either mounted on the ceiling or installed in the roof. They blow the supply air directly into the room; there is no need for any supply air or extract air ducts, which has benefits in terms of space requirements, hygiene and efficiency.

Patented air distribution
Hoval’s indoor climate systems are energy-saving champions. They reduce temperature stratification within a space, which minimises the amount of heat lost through the roof. And due to their high degree of ventilation efficiency, less air needs to be circulated and treated overall; this saves on electrical operating power and lowers the ventilation heat requirement.

Pinpoint control
Open and closed-loop control systems have been custom-developed in-house for the decentralised system. They guarantee the best possible use of resources and, therefore, the lowest possible operating costs. The individual air-conditioning units are monitored individually and controlled based on zones, so the system is flexible enough to adapt to requirements on the ground.