Air conditioning is one of the largest energy consumers in the residential, commercial and industrial sectors. Air conditioning accounts for a large part of an owners’ energy bills. Millions of simple air conditioning units waste unbelievable amounts of energy every day. However, a proven solution lies in ACES that can generate up to 30% savings and sometimes greater on each single split Air conditioning unit.
ACES is a range of air conditioning energy saving products that have been designed to significantly reduce energy running costs while maintaining, and often improving comfort levels. Their primary applications are found in the commercial sector and larger private housing.
The primary purpose of an air conditioning system is to provide force-cooled air to firstly reduce and then maintain internal building temperatures to an acceptable predetermined comfort level. However, the way they do this is not sustainable.
Air conditioning systems are normally switched on or off automatically in a series of cycles via a time clock or room thermostat, more often these days combined within a simple programmer. Typically both the compressor and fan within an air-conditioning system will run continuously until the room thermostat stops the compressor. During this period the compressor consumes most of the energy, with the fan using a negligible amount by comparison.
As cooling begins to take effect in the room, the temperature of the air leaving the room falls and the differential in temperature between the air entering and leaving the room narrows and a threshold known as “thermodynamic saturation” is achieved. This is the stall point at which the air leaving the room is no longer benefiting from the aggressive cooling and yet the compressor will still needlessly continue to run.
ACES can deliver significantly reduced energy costs and at the same time even improve levels of comfort. It combines the features of intelligent temperature sensing with microprocessor based self-learning control algorithms that constantly monitor the temperature of the air passing across the cooling coils.
With ACES the exact stall point can be identified at which thermodynamic saturation is reached and have the compressor switched off while keeping the fan running so as to extract as much latent ‘free’ cooling as possible from the coils, without compromising any cooling effect in the room.
The ACES range of Air Conditioning Energy Savers will:-
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