PCM Triple Cool principle

Triple Cool consists of:

1. Displacement cooling with the use of free air
2. Energy Storage of PCM materials
3. Water cooling

PCM Triple Cooling is both energy and cost saving on technical installations, where the use of conventional HVAC systems have led to high energy costs. By using PCM Triple Cool, the total operating cost for climate control reduced by up to 95%. (COP of up to 90, depending on region compared to COP 2-4 for ordinary HVAC systems)

The name PCM Triple Cool is used as when there are 3 different cooling concepts that can be used in 1 solution, depending on the requirements and needs. This to provide and ensure the effectivity, storage, operational safe and redundant cooling solutions.

With the use of PCM, numbers of benefits can be achieved, besides just plain cooling:

·         PCM can be used move the highest energy consumption to different periods on a day. Typically, periods where there is a shortage of (Clean) power or when the power cost are higher. The PCM can be saved for these periods and reduce the OPEX and CO2 emissions.

·         PCM can be used as redundancy during power outages, in regions where the temperatures are too high for free cooling alone, instead of having back up power resources (UPS or generators) scaled for traditional cooling systems that have a high-power consumption.

·         PCM is used for heating during cold periods, where traditionally free cooling units will be switched off and heaters are used.

Free Cooling

Cooling only with the use of Free cooling. Energy-savings up to 95% pending on the region the cooling is used. Based upon real customer data, savings of 95% have been achieved.

Save up to

95%

energy

Free cooling with air storage

Cooling only with the use of free cooling, either direct or through air storage. Energy-savings up to 95% pending on the region the cooling is used. Based upon real customer data, savings of 95% have been achieved.

Save up to

95%

energy

Free cooling with air storage and watercooling

Cooling only with the use of free cooling, either direct or through air storage. Energy-savings up to 95% pending on the region the cooling is used. Based upon real customer data, savings of 95% have been achieved.

Save up to

95%

energy

Free cooling in combination with existing aircondition

Free air cooling in periods where the outdoor temperature allows this. With higher temperatures use of existing A/C. Energy-savings up to 85% pending on the region the cooling is used. Based upon real customer data, savings of 80% have been achieved.

Save up to

85%

energy