↠ Aerothermisch Warmtepompen ↠ 2024

HEAT PUMPS

Heat pumps

The world’s most efficient air-conditioning system

Aerothermal heat pumps models

ecoAIR⁺ 1-7 PRO

Monobloc aerothermal heat pump with natural refrigerant, inverter technology and SCROLL compressor.

ecoAIR⁺ 1-9 PRO

Monobloc aerothermal heat pump with natural refrigerant, inverter technology and SCROLL compressor.

ecoAIR⁺ 3-12 PRO

Monobloc aerothermal heat pump with natural refrigerant, inverter technology and SCROLL compressor.

ecoAIR⁺ 3-18 PRO

Monobloc aerothermal heat pump with natural refrigerant, inverter technology and SCROLL compressor.

ecoAIR⁺ EVI 4-20

Monobloc aerothermal heat pump with EVI, inverter technology and SCROLL compressor.

What is an aerothermal or air-to-water heat pump?

The most efficient aerothermal heat pumps are the so-called air-to-water heat pumps, so called because they extract heat from the air and transfer it to the water, unlike an air conditioner (air-to-air heat pump) that extracts heat from the air and transfers it to the interior through the air, being unable to heat domestic hot water (DHW).

Thanks to the high performance of aerothermal heat pumps, we can multiply electricity consumption by 3, 4 and 5 (depending on the external conditions and the installation), i.e., with 1 kW of electricity consumed we can generate 3 kW to 5 kW of thermal energy.

At Ecoforest we have focused our aerothermal range on air-water and monobloc style heat pumps.

ecoAIR advantages

Invertertechnologie + compressor met variable toerental

HTR warmteterugwinningssysteem

Koel productie in dezelfde apparatuur, capaciteit om tegelijkertijd koeling/warmte te produceren

Eerste fabrikant die Copeland-invertertechnologie gebruikt

Cascadevermogen tot 600 kW

Aerothermal heat pumps advantages

Geen CO2 uitstoot

Verbeterlijke energiebron

Betrouwbare apparatuur

Alles in één system, verwarming, koeling en tapwater

Weinig onderhoud en lage kosten

Ontdek hoeveel u kunt besparen Ecoforest

Te ayudamos a calcular el ahorro de una bomba de calor en comparación con tu sistema de climatización actual *

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Consumo anual de una bomba de calor comparada con otros sistemas

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Consumo anual estimado

Consumo de la caldera

Consumo bomba de calor

Demanda cubierta por bomba de calor

Consumo bomba de calor kWh

Rendimiento medio anual bomba de calor

Ahorro total

Tarifas y precio de la energía*

Tarifa eléctrica vigente: PVPC Normal

Precio de la energía eléctrica

Resultados del estudio*

Bomba seleccionada

Potencia diseño

* Resultados según normativa vigente. Este cálculo muestra estimaciones basándose en los datos aportados por el usuario de la aplicación. Son estimaciones meramente orientativas y no sustituyen al estudio que debe realizar un profesional.

FAQ

One of the great advantages of the heat pump is the ability to heat, cool and domestic hot water (DHW) with the same equipment. The aerothermal heat pump extracts heat from the air in winter to heat the installation and the DHW. In summer, the aerothermal heat pump transports the heat inside the house to the outside, thus reducing the temperature.

Air conditioning is a type of aerothermal heat pump of the air-air type, this means that it extracts energy from the air and transmits it to the interior of the installation through the air, so air conditioning cannot be used with underfloor heating, radiators and cannot heat DHW. In addition, air conditioning is less efficient, more polluting due to the large amount of refrigerant it uses, and more expensive to maintain.

The monobloc aerothermal heat pump is of the air-water type, as it exchanges heat with the outside air and transmits it to the inside via water. Monobloc refers to the fact that all the components of the aerothermal heat pump are located in the outdoor unit.

It is a type of aerothermal heat pump in which all the components of the heat pump are in the outdoor unit, making it a very compact and easy to install system. The indoor unit usually has different models, some more basic ones consisting only of the control screen and others more complex with hydraulic kits and even domestic hot water tanks.

Both systems use the heat pump, the only difference is the medium from which the energy is obtained, in the case of aerothermal energy it is obtained from the air, but in geothermal energy it can be obtained from the ground and from water.

Heat pumps use energy to run the compressor, a component of the heat pump, but this electricity consumption is minimal compared to the energy that is extracted from the air in the case of aerothermal energy and from the ground or water in the case of geothermal energy. The heat pump can generate from 1 kW of electricity consumed up to 5 kW of useful thermal energy for the air conditioning of the house. Thanks to these high efficiencies, large savings can be achieved.

The monobloc aerothermal heat pump is a very compact air-conditioning system, so the technical room is very simple and small in size. The installation consists of an outdoor unit and an indoor unit. The great advantage of the aerothermal system is that it avoids duplicating systems as it produces heating and cooling.