Automation that Thinks,
Buildings that Save.

SAAR delivers 30–40% savings in HVAC plant electricity consumption. Its AI power-saving algorithms optimise the complete high side and low side of the plant for maximum comfort at the lowest electricity cost, saving energy in chillers, primary pumps, secondary pumps, condenser pumps, cooling towers and AHUs. In a chilled-water plant, air handlers move heat from the rooms into the chilled water, which returns at about 12 °C, is pumped by the primary pumps through the chillers and leaves at about 7 °C. A decoupler separates the plant’s steady flow from the variable-speed secondary pumps that supply the building. Condenser water at about 35 °C carries the heat to the cooling towers, and condenser pumps return it to the chillers at about 30 °C. SAAR gives complete visibility of the HVAC infrastructure, showing what is working, how it is working and how much it consumes, through one suite of controllers, software and AI-based power-saving algorithms.