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AQ-FV RANGE

Equipo AQ-FV Aerotemia y fotovoltaica

AQ-FV / AEROTHERMY WITH PHOTOVOLTAIC ENERGY

What is AQ-FV?

AQ-FV is a photovoltaic heat pump. This system harnesses the energy of the outside air to produce domestic hot water by extracting ambient heat. In addition, thanks to the incorporation of the photovoltaic panel, the energy generated is used for the operation of the equipment, which guarantees economic savings and an efficient and sustainable use of energy.

Saving up to:
0%

More efficient and profitable equipment.

Consumption for DHW production can be zero.

You can take the surplus electricity for other purposes.

AQ-FV / AEROTHERMAL WITH PHOTOVOLTAIC

What is AQ-FV?

The AQ-FV range is based on heat pump technology with photovoltaic solar energy. Our heat pump uses the outside air as a source of energy by extracting the latent heat from the environment for the production of DHW, and thanks to the photovoltaic panel, the energy produced is used by the equipment for its operation.

Savings up to:
0%
AQ-FV Carrusel
Ahorro garantizado

MORE SAVINGS

Reduce electricity bill costs, as the heat pump is powered by the energy produced by the Photovoltaic panels.

Máxima calidad

MAXIMUM QUALITY

System that improves the energy efficiency of the home, with a tank made of stainless steel, advanced control, thick insulation that reduces noise.

Ánodo de titanio

WITH TITANIUM ANODE

It avoids corrosion of the equipment and ensures maximum protection of the tank, extending its useful life for much longer.

Más eficiencia

MORE EFFICIENCY

Make your installation more efficient by adding a double coil to the tank or by adding more photovoltaic panels for home self-consumption.

Advantages of aerothermal with photovoltaics​

Each of these systems are already efficient on their own, but the combination of the two provides greater savings and sustainability. By using solar panels to self-supply the equipment, we save the energy expenditure that we would need from the conventional electricity grid, and that’s not all, the surplus can be sold or used for other household needs.

In this way, it is very easy to achieve that 100% of the energy needed for the production of Domestic Hot Water is completely free, which results in economic savings and a reduction of the carbon footprint.
Another point to highlight is that the investment is very profitable, especially considering that this technology is subject to grants and subsidies.

Subsidised technology

Very profigable investment

Improving the energy efficiency of the home

Environmentally friendly system with no CO² emissions

More savings and performance

Could you imagine having a system in your home that allows you to save energy and money at the same time? AQ-FV is the perfect solution! With its compact and elegant design, this system fits perfectly in any area of your home, whether wall-mounted or floor-standing.

But that’s not all. AQ-FV is powered by photovoltaic energy, which means you can enjoy a completely ecological and efficient system. And you know what’s even better? You will hardly need to do any maintenance!

What’s more, AQ-FV has different capacities, from 75 to 500 litres, and each one includes solar panels to suit your needs. Need a larger capacity? No problem, AQ-FV has a 500 litre model that works with 2 panels!

Equipo silencioso

Silent equipment

Photovoltaic connection

Diseño integrable

Integrable design

Ahorro energético

energy saving

Aerothermal equipment

Several installation possibilities

This photovoltaic heat pump system extracts energy from the outside air and also exhausts the cold air to the outside. It is necessary to conduct the inlet air to the equipment and the outlet air of the equipment. (CTE compliance)

This photovoltaic heat pump system extracts energy from the air inside the house from an unheated area, the air can be expelled to an unheated room with ventilation that can be used to dehumidify or cool this room.

This photovoltaic heat pump system extracts energy from the interior air of the house from an area that is not heated, the expulsion of air is carried out to the outside through a ducted tube.

available capacities

from 75 to 500 liters

Capacidades de AQ ACS aerotermia

75 Liters
1 Photovoltaic panel
Installation: Wall or floor

110 Liters
1 Photovoltaic panel
Installation: Wall or floor

130 Liters
1 Photovoltaic panel
Installation: Wall or floor

150 Liters
1 Photovoltaic panel
Installation: Floor
Available in R290

160 Liters
1 Photovoltaic panel
Installation: Floor

180 Liters
1 Photovoltaic panel
Installation: Wall or floor

200 Liters
1 Photovoltaic panel
Installation: Floor

250 Liters
1 Photovoltaic panel
Installation: Floor
Available in R290

300 Liters
1 Photovoltaic panel
Installation: Floor

500 Liters
1 Photovoltaic panel
Installation: Floor

Technical data

250 litre model

Edit Content
  • Extraccion cycle
  • DHW nominal potential (14ºC) *
  • Rated consumption (14ºC) *
  • SCOP DHW (14ºC) *
  • Heating capacity support system
  • Maximum thermal power
  • Dimensions **
  • Approximate weight
  • XL
  • 1543w
  • 515w
  • 2,99
  • 1500w
  • 3050w
  • 1785x550x601mm
  • 107,5Kg

* Data expressed for a heating temperature of 55ºC and a cold water temperature of 10ºC according to the UNE-EN16147 standard

* SCOP according to climate zone

** A = Height / B = Depth / C= Width

Edit Content
  • Number of panels
  • Panel power *
  • Photovoltaic cells
  • J-box: IP68
  • Panel height
  • Panel width
  • Panel depth
  • Panel weight
  • 1
  • 450w
  • 144 Monocrystaline
  • 3 bypass diodes
  • 2094mm
  • 1038mm
  • 35mm
  • 23,3Kg

* Panel power is subject to change

 

Technical data of the equipment

Extraction cycle

XL

Nominal power DHW (14ºC)*

1543w

Nominal consumption (14ºC)*

515w

SCOP DHW (14ºC)*

2,99

Heating capacity support system

1500w

Maximum thermal power

3050w

Dimensions**

1785 x 550 x 601 mm

Approximate weight (Equipment empty):

107,5 Kg

* Data expressed for a heating temperature of 55ºC and cold water temperature of 10ºC according to the UNE-EN16147 standard.

* SCOP according to climate zone

** A = Height / B = Depth / C= Width

Dimensions, weights and connections

Number of panels

1

Panel power*

450w

Photovoltaic cells

144 Monocrystalline

J-box: IP68

3 bypass diodes

Panel height

2094mm

Panel width

1038 mm

Panel depth

35 mm

Panel weight

23,3 Kg

* Panel power is subject to change

Edit Content

more options

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