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Ranges

Thermax ranges

Nominal data from the manufacturer's technical data sheets.

Thermax TAC L1

Absorption chillers

Thermax TAC L1

Hot water-driven single-effect absorption chillers

Cooling capacity
157 – 1,000 kW
Energy
Hot water
Efficiency
COP: 0.7 to 0.8
Thermax TAC L5

Absorption chillers

Thermax TAC L5

Hot water-driven single-effect absorption chillers

Cooling capacity
714 – 5,764 kW
Energy
Hot water
Efficiency
COP: 0.7 to 0.8
Thermax TAC S1

Absorption chillers

Thermax TAC S1

Steam-driven single-effect absorption chillers

Cooling capacity
404 – 7,385 kW
Energy
Steam
Efficiency
COP: 0.7 to 0.8
Thermax TAC S2

Absorption chillers

Thermax TAC S2

Steam-driven double-effect absorption chillers

Cooling capacity
400 – 7,410 kW
Energy
Steam
Efficiency
COP: 1.3 to 1.5
Thermax TAC G2

Absorption chillers

Thermax TAC G2

Gas-fired double-effect absorption chillers

Cooling capacity
401 – 4,969 kW
Energy
Natural gas or LPG
Efficiency
COP: 1.3 to 1.5
Thermax TAC E2

Absorption chillers

Thermax TAC E2

Exhaust gas-driven double-effect absorption chillers

Cooling capacity
432 – 8,115 kW
Energy
Exhaust gas
Efficiency
COP: 1.3 to 1.5
Thermax TAC E7

Absorption chillers

Thermax TAC E7

Multi-energy absorption chillers driven by exhaust gas and hot water

Cooling capacity
422 – 8,122 kW
Energy
Exhaust gas and hot water
Efficiency
COP: 1.01 to 1.15
Thermax Type I absorption heat pump (AHP)

Absorption heat pumps

Thermax Type I absorption heat pump (AHP)

Absorption heat pumps that use low-temperature waste heat to produce hot water

Heating capacity
500 kW – 40 MW
Energy
Hot water, steam or exhaust gas
Efficiency
COP up to 1.75
Thermax Type II heat transformer (AHT)

Absorption heat pumps

Thermax Type II heat transformer (AHT)

Absorption heat pumps that raise the temperature of waste heat

Heating capacity
500 kW – 5 MW
Energy
Hot water
Efficiency
COP 0.4 – 0.5

Advantages

Benefits of Thermax absorption technology

  • Waste heat recovery and upgrading

    It recovers thermal energy that would normally be released to the atmosphere and turns it into cooling or heating, increasing the overall performance of the installation and reducing energy waste.

  • High energy efficiency

    Using thermal energy as the driving force significantly reduces electricity consumption compared with conventional compression technologies, especially in installations with usable heat sources.

  • Driving decarbonisation

    It helps reduce CO2 emissions by using waste heat, lowering electricity consumption and reducing dependence on fossil fuels.

  • Natural refrigerants

    The units use water as the refrigerant and lithium bromide (LiBr) as the absorbent, avoiding fluorinated refrigerants with a high global warming potential.

  • Adapts to multiple energy sources

    Thermax solutions can run on hot water, steam, direct firing, exhaust gas or waste heat, adapting to the energy characteristics of each installation.

  • Solutions for cooling and heating

    The same technology can produce cooling with absorption chillers or recover heat to generate high-efficiency hot water with absorption heat pumps, optimising the use of the energy available.

  • Wide capacity range

    One of the most complete ranges on the market, with solutions from 175 kW to projects of more than 40 MW, suited both to commercial buildings and to the most demanding industrial applications.

  • Reliability and long service life

    Units designed for continuous operation, with advanced control systems, high mechanical robustness and specific solutions to minimise the risk of crystallisation and simplify maintenance.

  • LINK modular solutions

    The breadth of technologies available makes it possible to select the most suitable solution according to the energy source, operating temperatures and efficiency targets of each installation.

Thermax installations

The manufacturer

THERMAX: an international benchmark in absorption and energy recovery technologies

THERMAX is one of the leading international manufacturers of energy solutions for industry, with more than five decades of experience developing technologies that improve energy efficiency, recover waste heat and help decarbonise buildings and industrial facilities.

Its absorption technology division offers one of the most complete ranges on the market, with single- and double-effect absorption chillers, units driven by hot water, steam, direct firing and exhaust gas, and absorption heat pumps designed for efficient hot water production and energy recovery from industrial processes.

Continuous investment in innovation, the development of its own technologies and the proven reliability of its equipment have made Thermax an international benchmark for air conditioning, cogeneration, district heating, district cooling, heat recovery and industrial energy efficiency applications.

Its solutions are found in thousands of installations around the world, helping companies and institutions reduce energy consumption, lower CO2 emissions and make better use of the energy available.

As Thermax's official distributor in Spain, Absorsistem provides comprehensive technical support throughout the project life cycle. Our team advises on selecting the most suitable technology for the available energy source. This support is complemented by equipment commissioning and a specialised technical service aimed at maximising the reliability and performance of each installation.

Combining Thermax's experience as a manufacturer with Absorsistem's technical expertise allows us to offer absorption solutions tailored to each project, ensuring the best use of energy and high long-term operating reliability.

Downloads

Thermax catalogues and manuals

Interested in Thermax equipment?

As official distributor, we help you choose the model, send you the documentation and a proposal, and take care of commissioning.

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