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No compressor-based cooling
Evaporative coolers use water evaporation and airflow instead of the compressor-driven refrigeration cycle used by conventional air conditioning systems.
Cool Boss Benefits
Cool More. Spend Less.
Evaporative cooling can provide a practical, energy-conscious way to make large workspaces more comfortable without relying solely on conventional air conditioning.
Temperature Control
A practical approach to cooling large spaces.
Cooling a garage, warehouse or large high-ceiling workspace with conventional air conditioning can require substantial energy and infrastructure.
Portable evaporative air coolers take a different approach. Rather than refrigerating and recirculating air through a closed system, they use water, evaporative media and high-volume airflow to cool incoming hot, dry air.
For appropriate environments, that simpler cooling process can make evaporative cooling an attractive option when balancing comfort, energy use and operating costs.
Why Evaporative Cooling
Designed to do more with less.
The potential savings of evaporative cooling come from a fundamentally different approach to reducing heat and moving air.
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Target the workspace
Portable cooling lets you position airflow closer to active work areas instead of necessarily conditioning an entire building.
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Built for open spaces
Evaporative cooling can be useful in shops, garages and other ventilated environments where doors may remain open and traditional climate control can be impractical.
Smarter Cooling
Put the cooling where the work is.
One of the advantages of a portable evaporative cooler is flexibility. Instead of trying to maintain one temperature throughout an entire facility, the cooler can be moved closer to the area where airflow is needed.
That can be especially useful in large shops, service bays, warehouses and other spaces where cooling every cubic foot of air may not be practical.
Cool Boss models combine mobility with high-volume airflow so cooling can follow changing work areas throughout the day.
Different Approaches
Evaporative cooling vs. traditional A/C.
These systems cool air differently. The right choice depends on the environment, climate, building and level of temperature control required.
Cooling through evaporation and airflow
Portable evaporative coolers draw warm air through water-saturated media and distribute the cooled air through a high-volume fan. They are particularly suited to hot, dry environments with adequate ventilation.
Refrigerated temperature control
Traditional A/C uses a refrigeration system to condition indoor air and generally works best in enclosed spaces where conditioned air can be contained and recirculated.
Where It Fits
Built for spaces that are hard to cool.
Automotive Shops
Service Bays
Warehouses
Manufacturing Areas
Garages
Open & Ventilated Workspaces
Actual cooling performance and operating costs vary.
Results depend on factors including model, ambient temperature, relative humidity, airflow, ventilation, operating time, electricity and water costs, and the size and layout of the area being cooled.
Find Your Cool Boss
Find the right cooler for your workspace.
Compare Cool Boss portable evaporative air coolers and choose the airflow, capacity and features that fit your application.
Temperature Control
Homes and businesses use 75% less energy with portable evaporative air coolers than with window units or central air conditioning systems. Air coolers are especially useful for large, high-ceiling industrial shops that can’t possibly afford the thousands of wasted dollars it would take to properly cool the space with A/C. The energy you save with swamp coolers is also much better for the environment.
That being said, we know you’re a businessperson. This means that first and foremost, you need to increase your bottom line. On that note, air coolers are the most wallet-friendly way to manage the costs of indoor climate control without spending a fortune. The initial cost of a portable air cooler and an air conditioner is similar (with regards to the square footage each respective unit covers). The difference comes in how much each type costs to operate over time. For instance, Cool Boss cools over 2,000 sq. ft. for about one dollar per day of continuous use. For all intents and purposes, this might increase your monthly electric bill by $20-30. In business terms, that’s basically nothing.
On the other hand, cooling a 2,500 sq. ft. space costs about $0.55 - $0.88 per hour with new central air conditioning. Older A/C systems are even more expensive! Calibrate those costs according to the square footage of your facility, and you can see how the pennies quickly add up to thousands of dollars in electrical expenses every year. If a swamp cooler can keep your shop a safe and comfortable work environment, you have nothing to lose (except those ridiculous power bills) and everything to gain.