Higher airflow rates increase the cooling effect over larger areas, making it suitable for big rooms or open spaces. Lower airflow rates are better for smaller spaces, providing controlled cooling without excessive energy use.

High-quality cooling pads enhance evaporation, boosting cooling efficiency and improving air quality. Cheaper, thinner pads may need more frequent replacement and provide less effective cooling.

Multiple fan speeds allow users to adjust airflow intensity, ensuring cooling matches the comfort level needed. Single-speed fans limit customization, which may result in either underwhelming or overpowering airflow.

Wheels or handles make the cooler easier to move, providing flexible cooling across different rooms. Without portability, relocating the unit can be cumbersome, limiting usage to a fixed space.

A remote control provides convenient operation from a distance, allowing for adjustments without physically reaching the unit. Coolers without remotes require manual adjustments, which can be inconvenient, especially in larger rooms.

Tanks with antimicrobial features reduce bacterial growth, promoting cleaner air output and minimizing the risk of airborne contaminants. Non-treated tanks may encourage bacteria, impacting air quality over time.

This feature stops the unit when water levels are low, protecting the motor from damage. It also enhances safety by preventing dry operation, which could overheat the cooler.