Ductless systems use variable-speed inverter compressor technology to efficiently heat and/or cool any space where they are installed. Ductless systems are also known as heat pumps or mini splits units that are efficient heating and cooling systems. These systems are quiet, safe, cost and energy efficient, and durable.
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Ductless heating and cooling systems are typically two-way heat pumps that transfer heat between indoor and outdoor air. This air is expanded or contracted using a refrigerant. Akin to a common refrigerator cycle, the ductless systems utilize refrigerant vapor compression cycle. They collect heat from outside air and deliver cooler air inside the space using refrigerant (cooling) cycle. Opposite is the case with the heating cycle.
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Air conditioners and freezers are familiar examples of heat pumps. The term ‘heat pump’ is more general and applies to many HVAC (heating, ventilating, and air conditioning) devices used for space heating or space cooling. Ductless systems utilize variable speed compressors with inverter technology (alternating current cycle to direct current cycle) to match the continuous requirement of heating/cooling loads. Thus, the inefficient on/off cycle of the conventional electric resistance and central heating systems is avoided. Conventional electric resistance and heating systems are often associated with uncomfortable temperature variations and high energy consumption.
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The inverter technology makes the operation ultra-quiet at variable speeds. This results in even temperature control, energy savings, and high power dehumidification. The compressor speed modulates automatically, akin to a vehicle’s cruise control. This variable compressor speed enables the system to avoid running at maximum capacity constantly and draw energy when actually needed.
