COMMERCIAL AIR CONDITIONING
Our eco° HVAC commercial air conditioning technologies include: VRF, Chillers & Roof Top Packages.
Our eco° HVAC commercial air conditioning technologies include: VRF, Chillers & Roof Top Packages.
Our eco° MODULAR VRF series offers remarkable performance, wide range of capacities – ranging from 25.2kW to 101kW per base model, reaching up to 128HP per system – and connectivity up to 100 indoor units simultaneously.
MODULAR VRF PRO
Integrating EVI technology, our Modular PRO VRF series offer superior performance, at 35% efficiency increase in comparison to traditional VRF solutions. With a wide range of operational ambient temperature, our VRF equipment offers superb reliability and performance in a wide range of T3 tropical climates.
Our eco° Roof Top Package units come equipped with high performing features, making them suitable for a wide range of ambient temperatures in both heating and cooling modes.
STANDARD ROOF TOP PACKAGE
Our PRO roof top series rated capacity spans from 3 TON to 25 TON, making it ideal for a wide range of residential and commercial buildings. Available in both Cooling Only or Cooling and Heating mode, with ambient range from -5°C to 48°C (T1 condition).
Our eco° Inverter Package Units are ideal for commercial applications, delivering capacity from 5 TON to 50 TON – available in Cooling Only, Heating & Cooling mode.
INVERTER ROOF TOP PACKAGE
Our PRO+ roof top packages series is engineered with inverter technology to provide constant and stable operation until 52°C ambient temperature. Available in cooling only mode or cooling and heating mode, our inverter roof top package units are ideal for large indoor space air conditioning.
Our eco° Hygienic Package Units are equipped with HEPA Filters to provide the required 100% Full Fresh operation. Further customization are available upon request such as UV Lights and Heat Recovery.
HYGIENIC PACKAGE UNITS
Our eco° Hygienic Package Units are engineered for pharmaceutical and healthcare applications, where fresh air supply is required. Our units can be customised with HEPA filters, ratio of fresh air supply as well as adding UV lights for further hygienic protections.
Our eco° AIR COOLED CHILLERS technology includes: scroll air cooled chillers, screw air cooled chillers and inverter air cooled chillers – suitable for commercial and industrial applications.
Our eco° WATER COOLED CHILLERS series includes: flooded screw chiller and centrifugal chiller – delivering compact design with high efficiency performance for industrial applications.
Our eco° Lithium Bromine (LiBr) Absorption Chillers series utilises gas fuel sources to power the system and water as refrigerant – eliminating the need for electricity.
LITHIUM BROMIDE ABSORPTION CHILLER
Our Lithium Bromide Absorption Chillers series is available on direct-fired with various heat sources such as Natural Gas or Light Oil Gas, Biogas, offering great alternative to electric-based chiller systems – largest available capacity: 11,600kW and chilled water above 0°C. Applicable for industrial applications.
Our Gas Engine Chillers series is engineered to provide cooling on LPG and NG, instead of convention electric-powered chiller systems. Available on Modular Design with Base Modules from 50kW to 90kW.
GAS ENGINE CHILLERS
Our eco° Gas Engine Chiller (GECH) utilise heat exchangers to deliver thermal energy from the GECH refrigerant (cooling) to indoor fan coil units units, air handling units and air handler units. Fuel sources: Natural Gas (NG) and Liquified Petroleum Gas (LPG).
Our Gas Engine VRF Air Conditioners series is engineered to provide cooling and heating on LPG and NG, instead of convention electric-powered VRF systems. Available on Modular and 2 – 3 Pipes Engineering Design.
GAS ENGINE VRF AIR CONDITIONING
Our eco° Gas Engine VRF (GVRF) utilise heat exchangers to deliver thermal energy from the GVRF refrigerant (cooling and heating) to indoor VRF units, air handling units and air handler units. Fuel sources: Natural Gas (NG) and Liquified Petroleum Gas (LPG). Suitable for air conditioning application and hot water production use.