Cooling and ventilation for Plant Rooms and Compressor Rooms

Generator rooms, and equipment rooms where compressors, motors and other heat-generating equipment are installed, are difficult to cool during the summers since the normal way of using exhaust fans will not cool the rooms since the summer ambient temperatures exceed 48C+.

Breezair Air coolers, handle the cooling by blowing cool air into the hot room pushing the hot air outside. The cool air from outdoors absorbs the heat from the equipment and gets expelled out of the room.

The Key advantage of using Breezair coolers is the combination of ventilation and cooling, so the pollutants will not buildup as there is a constant flow of fresh air. The Humidity will also not increase since the air is not re-circulated as in the case of other Air Coolers.

FAQ on Cooling Engine rooms with Breezair Air Coolers

Will Breezair be able to reduce the fumes and pollution in the room

Engine rooms are filled with fumes due to the presence of oils and fuels, that vaporize quickly as the heat increases. Breezair works on cooled fresh air that ventilates the space, by pushing out the pollutants and the heat trapped in the equipment.

Is using Air Conditioning a good Solution to cool a hot Compressor room ?

Air condition’s cooling capacity depends on the compressor capacity, and also consume a lot of electricity. The heat generated by engine rooms is very huge and will increase considerably with the summer temperatures and the load of the equipment inside.The AC requires a lot of energy to cool which makes it a huge waste of energy.

Is investing in Cooling for equipment rooms, a wise investment?

Investing in cooling for equipment is a very wise decision as the loss from reduced life of the equipment, and downtime due to equipment failures will cost the organisation much higher loss in productivity loss and also loss of reputation.

Is high velocity air flow needed to cool equipment?

High-velocity airflow from the Breezair is a key factor to cool equipment, as the air has to pass through all the spaces to drive out the heat from the equipment. A low-velocity airflow will only drive the heat from the surface and not be able to get rid of the heat inside the equipment.