PROBLEM GUIDE
Chiller struggling in summer? Pre-cool the air it breathes.
Air-cooled chillers and condensers lose capacity and use more power as ambient temperature rises. Adiabatic pre-cooling lowers intake air temperature on the hottest days.
What you notice
- High head pressure alarms and trips in the afternoon
- Space or process temperature drifting up
- Higher power bills in summer
- Condensers in direct sun or tight spaces
Common causes
- High ambient temperature at the coil
- Hot air recirculation between units
- Dirty or scaled coils
- Undersized condensers
BEFORE YOU BUY
What to check before choosing a system
- Unit make, model and coil dimensions
- Ambient peaks and humidity
- Trip history and power data
- Water quality and drainage
SOLUTIONS THAT FIT
Systems that solve this problem
Adiabatic pre-cooling
Pre-cool intake air on chillers, condensers and VRF outdoor units.
High-pressure misting
Pump-driven 70 bar class systems for fine, fast-evaporating droplets.
KEEP EXPLORING
Related solutions and guides
FAQS
Questions we are often asked
How much can pre-cooling save?
It depends on climate and run hours; manufacturer data often shows about 14% efficiency gain for a 6 °C drop in intake air. We agree a measurement method.
Will water damage the coil?
Droplets are sized to evaporate before the coil; treated water prevents scale.
Is it a permanent fix?
It helps on hot days; coil cleaning and correct sizing still matter.
LET'S DEFINE YOUR REQUIREMENT
Your application deserves the right system.
Share your operating conditions. Start with a conversation, not a pre-selected package.