FAQ
Evaporative cooling systems from Xtreme Cooler are ideal for a wide range of industrial HVAC applications, including manufacturing plants, factories, workshops, shopfloors, commercial places, open areas and large warehouses. For cooling expansive spaces, evaporative cooling is significantly more cost-effective than conventional air conditioning, where installation and operating costs can be prohibitively high.
Industrial evaporative cooling systems from Xtreme Cooler supply 100% fresh outside air, significantly improving Indoor Air Quality (IAQ) within factories, warehouses, and industrial facilities. Better air circulation and lower temperatures enhance employee comfort, health, and overall well-being, which directly supports higher productivity compared to working in spaces without proper cooling.
Excessive heat can also impact machinery performance, leading to equipment overheating, unexpected shutdowns, and production downtime. By effectively managing heat loads, Xtreme Cooler systems help maintain stable operating conditions, reduce production interruptions, and prevent losses caused by heat-related stoppages.
Evaporative cooling systems from Xtreme Cooler perform most efficiently in dry climates; however, they are also highly effective in regions with humidity. In industrial environments, peak cooling demand typically occurs during the hottest part of the day—when temperatures are highest and relative humidity is at its lowest—allowing evaporative systems to operate efficiently even in humid locations.
Regardless of how high outdoor temperatures rise, Xtreme Cooler systems maintain consistent power consumption while continuously supplying 100% fresh, cooled air.
The performance of evaporative cooling systems from Xtreme Cooler remains highly efficient across a wide range of climates, delivering substantial energy and environmental benefits compared to conventional air conditioning. Depending on location and operating conditions, evaporative cooling systems can use up to 95 % less energy than standard refrigerated air conditioning systems.
In hot regions, this efficiency translates into a significant reduction in carbon emissions—studies show that CO₂ emissions can be reduced by up to 90% when evaporative cooling is used for the same cooling duty. While evaporative systems do consume water, overall water usage is often lower than that of traditional air conditioning systems when indirect water consumption for electricity generation is also considered.
Because evaporative coolers maintain consistent power consumption even during extreme heat, their energy efficiency and cost-saving benefits improve as temperatures rise, making Xtreme Cooler Systems ideal for industrial facilities operating in hot and high-load environments.
Xtreme Cooler industrial evaporative cooling systems are built to deliver reliable performance for 20 plus years. The units feature a high-grade UV-stabilised PP (Polypropylene) body, which is corrosion-resistant and designed to withstand harsh industrial environments without rusting or degrading over time.
In commercial and industrial applications, extended operating hours and demanding conditions may require periodic servicing to maintain peak efficiency. Routine maintenance typically includes cleaning or replacing cooling pads, inspecting water distribution systems and ensuring proper drainage
Yes, evaporative air conditioners from Xtreme Cooler actively support healthier buildings and improved indoor environments. They deliver 100% fresh, filtered outdoor air without recirculation, significantly enhancing Indoor Air Quality (IAQ) and promoting the well being of both customers and staff.
By continuously flushing indoor spaces with fresh air, evaporative coolers help remove stale air, dust, and airborne pollutants from the environment. They also introduce natural moisture into the air, which supports respiratory comfort, reduces excessive dryness, and helps minimise static electricity.