With installed systems already reducing wine energy cooling costs by up to 80% compared to refrigerated systems, Climate Wizard’s Supercool Indirect/Direct Evaporative Cooling (IDEC) configuration, is clearly working.

Energy-minded wineries in the Barossa, Adelaide Hills and McLaren Vale have installed Climate Wizard with exceptional benefits.

From a pure dollar cost, Climate Wizards IDEC technology has lower power requirements and low operating costs, from a modest capital investment.

As a stand-alone system, or adapted into existing barrel and tank storage cooling, Climate Wizard Supercool adds a small amount of moisture so the amount of angels’ share is minimised plus, the need for extra humidification equipment is negated, with 100% fresh, outside air cooling the space and wine.

With a growing proliferation of organic and eco-sustainable wineries, the need for consistent, cost effective and low impact energy supply for ‘off the grid’ vineyards is critical.

Indeed energy consistency is important, especially for wineries who have expanded in remote locations.

The further energy needs to travel regionally, the more unpredictable the power supply, so the benefits offered by Climate Wizard’s new cooling system is turning winemaking heads who need to utilise plant and equipment which draws minimal power.

An indirect core with an evaporative process afterwards gives Supercool the edge. Climate Wizard supplies a much lower temperature than direct evaporative cooling, while giving sustainable wineries, vital temperature and humidity control.

For more Climate Wizard Supercool details, contact Michael Hamilton, Commercial Sales General Manager, Seeley Commercial at [email protected] or on 0416 222 460.

About Indirect Evaporative Cooling:

Indirect evaporative cooling reduces the temperature of fresh air through a heat exchange surface, that’s impervious to water. On one side of the surface, evaporation produces cool temperatures in water and air, allowing heat exchange to the incoming air on the other side surface. So, primary air is cooled without changing its moisture content. In Climate Wizard system, some air is heat exchanged to a lower temperature, returning along the wet channel. Evaporation on the wet surfaces of the wet channel will produce lower temperatures.