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- Case studies - DC Air Conditioning
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DC Air Conditioning
& DC Split Air Conditioning
Dantherm DC Air Conditioners and DC Split Air Conditioners are engineered to ensure site uptime at remote hybrid sites with unstable power sources.
DC Air Conditioning - how it works
The internal cabinet air is circulated in a closed loop, drawing warm air from the top of the cabinet and returning cooled air at the bottom. Heat is transferred to the outside by a refrigerant system ensuring closed loop cooling inside the cabinet. This ensures no entrance of dust and/or humidity from the ambient to the enclosure.
High-quality compressor and fans
The brushless motor incorporated in the Dantherm DC Air Conditioners has permanently magnetized, rotating magnets and a fixed armature eliminating the problems of connecting current to a moving armature. Brushless motors offer several advantages over brushed motors, such as increased efficiency and reliability, reduced noise and longer service life. Combined with a high-quality compressor, the Dantherm DC Air Conditioners have a minimum expected service life of 10 years.
Depending on the installation type and capacity requirements, Dantherm installs both monoblock and split units. Both types are plug-and-play solutions, which means that the units are programmed from factory and basically just need to be plugged. The monoblock solution is a through-door installation and needs no cooling engineer for installation. The split solution fits most standard split AC air conditioners in size. For replacement installations, the Dantherm DC Split can therefore usually be installed using existing bores.
Dantherm DC Air Conditioners are running in the field all over the world, in all types of regions and challenging climates. They have been rigorously tested and continuously improved to meet the demands of the industry. We are proud to deliver a solution that ensures stable, energy-efficient operation in even the most challenging of setups.
DC Air Conditioner Solutions
View our selection of DC-powered Air Conditioners.
Capacity-controlled DC Air Conditioning
Why is capacity-controlled DC air conditioning so much more energy-efficient than on/off control?
DC Air Conditioner
No power loss in conversion
Monoblock and split units
Closed loop cooling
Very high performance
For off-grid and hybrid sites
Ideal for battery cooling
Understand the energy savings generated by capacity-controlled DC Air ConditionersGet white paper