ONE Chiller:

Smarter Cooling. Lower Costs. Zero CAPEX.

A high-efficiency cooling solution engineered around your building, not a single equipment brand. INTRIX combines proven international chiller technologies with system design, optimisation, controls and long-term performance support to reduce energy costs, improve reliability and deliver better cooling performance through our Energy-as-a-Service (EaaS) model.
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Engineering Excellence in ONE System

Engineering Excellence in ONE System

System Optimisation

High-Efficiency Performance

Best-Fit Technology

Lifecycle Assurance

High-efficiency chiller technologies and intelligent controls are selected and configured around actual building load profiles to reduce energy consumption and operating costs.

Every solution is designed around the complete cooling plant , integrating chillers, pumps, cooling towers and controls to maximise overall system efficiency.

We integrate proven technologies from established international manufacturers, giving each project the flexibility to select the right equipment for its performance and operational requirements.

From commissioning and optimisation to preventive maintenance and ongoing performance monitoring, INTRIX supports the system throughout its lifecycle for sustained efficiency and reliability.

Perfect for These Buildings

1
3
Hotels & Resorts
3
1
Commercial Buidlings
3
1
Healthcare Facilities
2
General Industries
(Comfort Cooling)
3
1
Shopping Malls

Perfect for These Buildings

1
3
Hotels & Resorts
3
1
Commercial Buidlings
3
1
Healthcare Facilities
2
General Industries
(Comfort Cooling)
3
1
Shopping Malls
Technical Specifications

Chillers remove heat through a four-step process:

1
Evaporation:
Refrigerant passes through the evaporator, absorbing anat fromthe chiled water
2
Compression:
The compressor pressurises the refrigerant, increasing its temperature and pressure.
3
Condensation:
The hot refrigerant passes through the condenser, releasing heat and turning back into liquid.
4
Expansion:
The hot refrigerant passes through the condenser, releasing heat and turning back into liquid.

Frequently Asked 
Questions

What is a heat pump?
What distinguishes conventional heat pumps and our hot water solutions from competitors?
How does the heat pump operate?
Where is the heat pump applicable, and what are its typical uses?
Are there any limitations to the heat pump?
How does a heat pump compare to traditional hot water systems (boilers, diesel, or natural gas)?
What is the INTRIX One Chiller?
How is INTRIX One Chiller different from simply replacing a chiller?
How much energy can I save?
Do I need to pay for the new system upfront?
What is Energy-as-a-Service (EaaS)?
Is INTRIX One Chiller an INTRIX-branded chiller like the INTRIX One Heat Pump?
What types of buildings are suitable for INTRIX One Chiller?
How many outlets can the INTRIX One Heater supply in a household?
Where can I use the INTRIX One Heater?
How does the INTRIX One Heater differ from a traditional heater?
What safety features are included in the INTRIX One Heater?
How does the INTRIX One Heater ensure energy efficiency?
Do you offer local servicing for the INTRIX One Storage Heater?
What is Blue Diamond Coating, and what are its benefits?
What is the difference between the INTRIX One Storage Heater and the One Storage Heater Pro?
What makes the INTRIX One Storage Heater different from other storage heaters on the market?

Want to know more?

Every building has unique requirements. Connect with our expert team for a personalised estimate and assessment.
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