COMMERCIAL |
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COOLING - COMMERCIAL SECTOR
BARS - RESTAURANTS - HOTELS - PERFORMANCES - TRADE FAIRS - BEACH CENTRES - SHOW ROOM - EVENTS |
ADVANTAGES:
- lowering of temperature
- longer stay of visitors in areas and higher takings
- exciting special effects
- keeps flying insects away
- expandable
- ow energy consumption
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RECOMMENDED PRODUCTS:
Contact us, our Technical Office is at your service to develop any kind of project in full collaboration with you. |
PROBLEM
Many areas of business activities, either totally or partially outdoors, are often too hot during summer months, meaning that visitors stay for a shorter time in these areas, with a consequent drop in takings.
SOLUTION
We can use “Perfect Cool” systems in a wide variety of situations, and in particular where the use of conventional air conditioners would not give adequate results or would be too expensive:
verandas, theme parks, warehouses, wine cellars, hotels, restaurants, discotheques, beach centres, sport facilities, pedestrian precincts, events, workshops, showrooms, factories with hot environments, gymnasiums…
Perfect Cool systems can be installed either outdoors or indoors. |
HOW IT WORKS
Our specially designed Fog Modules bring water from a mains supply to a pressure of 60-70 bar, spraying it through special nozzles to nebulize it in droplets of only 10 microns, so that the water evaporates instantly, lowering the ambient temperature.
This process is known as thermal dynamics. Water needs energy to evaporate – 600 calories to evaporate just one gram of water – and this exchange of energy causes the temperature to fall. |
PERFORMANCE
The efficiency of the system depends on ambient temperature levels and existing humidity.
We achieve the best results with high temperatures and low levels of relative humidity.
The ideal conditions are with temperatures between 26 and 45°C and relative humidity between 40 and 80%.
Our systems can also be used in very damp spaces, because when the temperature reaches its daytime peak, relative humidity is normally at its lowest point. |