Heat pumps transfer heat through a four-step process:
1
Evaporation:
Refrigerant passes through the evaporator coil, turning it into gas.
2
Compression:
Refrigerant is pressurised by the compressor, and the temperature increases.
3
Condensation:
Heated refrigerant passes through a condenser (heat exchanger), where the heat is transferred to the water, which condenses back into a liquid.
4
Expansion:
The liquid finally flows back through a valve that reduces its pressure to cool it down so it can repeat the cycle.
Benefits:
Energy Savings
Operational Cost Savings
Carbon Footprint Reduction
Zero Capex, Zero Surprises, Full Support
Rent-To-Own Programme
Zero CAPEX, Zero Risk
No upfront capital outlay, Our rent-to-own model fits within your operational budget, preserving cash flow.
You Operate, We Maintain
Comprehensive repair and maintenance included throughout the rental term - no unplanned expenses.
Performance Guarantee
We commit to thermal performance, with clear Service Level Agreement and service credits - ensuring dependable results.
Certifications
Frequently Asked Questions
What is a heat pump?
A heat pump is an advanced device that harvests free thermal energy from ambient air, and with a little bit of electricity input, raises the temperature to a desired value and applies it as useful heat in the right areas. The INTRIX One Heat Pump leverages this technology to provide efficient water heating, delivering a cost-effective and sustainable solution.
What distinguishes conventional heat pumps and our hot water solutions from competitors?
The INTRIX One Heat Pump has significantly evolved over the years, with better efficiency, higher temperatures, easier installation, and at the same time, contributes to the reduction of energy consumption, operational costs, and carbon emissions. Unlike conventional heat pumps primarily designed for space heating or cooling, it is engineered specifically for hot water production, offering an environmentally conscious design that outperforms alternatives.
How does the heat pump operate?
The INTRIX One Heat Pump functions by capturing heat from the ambient air via a refrigerant, compressing it to elevate its temperature, and transferring this heat to water within a storage tank. This process minimises electricity consumption, ensuring optimal efficiency.
Where is the heat pump applicable, and what are its typical uses?
The INTRIX One Heat Pump is suitable for commercial and industrial hot water requirements, including applications such as bathing, dishwashing, laundry, swimming pools, or any application that requires hot water. Its high efficiency and durable design significantly reduce maintenance costs compared to traditional systems, making it a cost-effective choice for businesses seeking reliable, eco-friendly water heating solutions.
Are there any limitations to the heat pump?
The INTRIX One Heat Pump performs most effectively in a tropical climate where air temperatures remain above freezing. In extremely cold conditions, its efficiency may decline, and it necessitates adequate space and ventilation for optimal performance.
How does a heat pump compare to traditional hot water systems (boilers, diesel, or natural gas)?
Unlike boilers or systems reliant on diesel or natural gas, which combust fuel to generate heat, the INTRIX One Heat Pump harvests air from the environment and converts it into energy to heat water in the storage tank. This innovative process enhances energy efficiency, reduces operating expenses, and provides a sustainable hot water supply without relying on fossil fuels.
Talk To Our Solutions Team
Every building has unique requirements. Connect with a specialist for a personalised estimate and assessment.
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