A chiller system uses power in three loops: chilled water takes heat from the building, refrigerant moves it out of the chiller, and condenser water sends it to the cooling tower. Each can be improved, mostly with no power or shutdown. Click the numbers to see where each product goes.
Cooling tower
AC outdoor unit
AHU
FCU
Electrical panel
Compressor
Evaporator
Condenser
CHW pump
CW pump
1Power Monitoring Meter
2Radiative Cooling Film
3Energy-Saving Panel
4Subcooling Coil
5Condenser Auto-Cleaning
AC bills too high, but you don't want to replace equipment?
From the electrical panel to the cooling tower: measure energy use first, then cut heat load and raise chiller efficiency, and verify with the same data. Most need no power and no shutdown.
5 products
Clamp CTs on the panel: energy, cost and CO₂ for 8 circuits go to the cloud. Find the big users, then decide.
Reflects sun and radiates heat to space — cools roofs, cabinets and glass with no power. 44% saved on airport bridges.
A power-free perforated panel laid on the AC filter. Turbulent airflow, better heat exchange — no install work. 12.2% summer saving in a store.
A spiral coil at the condenser outlet: fuller liquefaction, less compressor work. No power, no maintenance; 10–20% average yearly saving.
Sponge balls brush condenser tubes while the chiller runs — no shutdown, no chemicals. 15% saved in a Taiwan case.
Not just a distributor — we track and verify results after deployment.
Tell us about your equipment, line and what you're seeing. We'll understand the situation first, then give an initial assessment and recommended options.