At least 30% energy saving
An active de-humidifying effect reducing humidity
No moving parts / No maintenance required
ROI within 18 months*
Developed by an international team in both the United States and Europe, the Delta-H Collector is able to increase the efficiency of almost any HVAC system by over 30%. Using our cutting edge technology and the latest scientific processes, the Delta-H Collector delivers the following benefits versus a conventional HVAC system:
The compressor is traditionally the heart of an HVAC system. It takes in the warm low-pressure refrigerant gas that carries the unwanted heat from the space being cooled. The compressor increases this refrigerant gas pressure to create a high pressure, superheated gas that discharges from the compressor. At this point the refrigerant gas is hotter than the outside air temperature, creating a temperature differential or ‘Heat Sink’.
The compressor requires a lot of energy to create this high pressure. Typically, about 95% of the total energy consumed in an HVAC system is used by the compressor. To improve efficiency, many HVAC systems units now use staged or variable speed compressors. Whilst this does help, the compressor is still having to provide 100% of the heat and pressure required to create the outside heat sink.
The Delta H Collector replaces one of the functions of the compressor.
The condenser provides the heat exchange between the refrigerant gas and the outside space. The greater the differential in temperature between the refrigerant gas and the outside space, the quicker the heat transfer. Subsequently the heat transfer converts the high-pressure refrigerant gas back into a high-pressure cold liquid which is essential for the next stage of the cooling process.
This device essentially works in the opposite manner to the condenser.
The now cold, high pressure refrigerant liquid enters a small valve, which reduces the pressure of the refrigerant instantly. This sudden reduction in pressure, causes the refrigerant liquid to change state back to a cold wet vapour, losing further heat in the process.
The now cold, low pressure, wet vapour enters the evaporator at a colder temperature than the space being cooled, again creating a heat sink. Heat is absorbed from the room air into the cold wet vapour refrigerant, which converts back again into a low-pressure cool gas. The air leaving the evaporator is chilled and dehumidified before re-entering the room space cooler and dryer.
The refrigerant is now a cool low-pressure gas, carrying all the unwanted heat from the space being cooled and returns to the compressor to start the process again.
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