AQ-TD Hybrid
AQ-TD Hybrid / Hybrid System
What is AQ-TD Hybrid?
AQ-TD Hybrid is a hybrid heat pump that combines two technologies: photovoltaic and thermodynamic. It is therefore capable of simultaneously generating electricity and heat for the production of Domestic Hot Water.
- Domestic Hot Water and electricity
- Ideal for large consumption
- 100% Renewable energy
DHW AND ELECTRICITY
With the combination of photovoltaic and thermodynamic energy, this system provides Domestic Hot Water and electricity simultaneously.
ECONOMIC SAVINGS
Reduces energy costs compared to using separate systems. This means savings on bills and amortization of the installation.
MORE ENERGY EFFICIENCY
Reduces energy consumption thanks to its ability to make the most of solar energy and produce both heat and electricity.
MAXIMUM QUALITY
Tank made of stainless steel, advanced control, Anti-Legionella system and thick insulation that reduces noise.
Hybrid Solar Panel - Thermodynamic
Two technologies, Double the power
This Hybrid Solar Panel is the fusion of a photovoltaic panel and a thermodynamic panel. Photovoltaics convert sunlight into electricity, while thermodynamics absorb ambient heat to produce heat. This system reduces energy costs and carbon footprint.
- 20% - Photovoltaic use
- 60% - Thermal use
One system, double benefit:
The Hybrid Thermodynamic Solar Panel takes advantage of both the energy contained in the environment and photovoltaic solar energy, allowing you to generate electricity and heat water efficiently and sustainably. By installing this hybrid heat pump, you can reduce your dependence on the electricity grid and fossil fuels, which translates into savings on your energy bill in the long term.
Additionally, Thermodynamic Hybrid Panels take up less space than installing separate systems for each function, which is especially useful if you have limited space on your property or roof. By reducing the carbon footprint of your home or building, you will be helping to protect the environment.
That is why thermodynamic hybrid solar panels are an innovative and efficient solution for generating electricity and hot water in a single system. Take advantage of the power of the sun and make your installation a more sustainable place!
Sustainable system
Two System in one
Quick payback
Save roof space
+ Property value
Ideal for large consumption
Choose the energy of the future
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Hotels
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Hospitals
-
Schools
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Event hall
-
Residential housing
-
Single - Family houses
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Campings
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Farms
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Factories
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Sport centers
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Car washes
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Nursing homes
Available Capacities
250 & 500 LITERS
- 200L
- Installation: Standing
- Hybrid Panels: 2
- 500L
- Installation: Standing
- Hybrid Panels: 4
Technical Data
250 litre model
Technical data of the equipment
Nominal power DHW (14ºC)*
1543w
Nominal consumption (14ºC)*
516w
SCOP DHW (14ºC)*
2,99
Thermal power support system
1500w
Maximum thermal power Photovoltaic panel**
410w
Maximum photovoltaic resistance power
600w
* 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
** Subject to change by the manufacturer depending on the situation of the photovoltaic market.
Dimensions, weight and connections
Equipment dimensions (AxBxC)*
1785 x 551 x 601 mm
Empty equipment weight
107,5Kg
Panel dimensions (AxBxC)*
1808 x 30 x 1086 mm
Hydraulic connections**
M 3/4 – 3/4 Pulg.
Thermodynamic panel connections
1/4 – 3/8
AQ-TD connections
1/4 – 3/8
* A = Alto / B = Profundo / C= Ancho
**M (Inlet and outlet of the equipment’s hydraulic connection in Male).
More Options
Recommended alternatives
Your energy future starts here
AQ-TD Hybrid
AQ-TD Hybrid is a hybrid heat pump that combines two technologies: photovoltaic and thermodynamic. It is therefore capable of simultaneously generating electricity and heat for the production of Domestic Hot Water.
- DHW & Electricity
- Ideal for large consumption
- 100% Renewable energy
Economic savings
Reduces energy costs compared to using separate systems. This means savings on bills and amortization of the installation.
DHW & Electricity
With the combination of photovoltaic and thermodynamic energy, this system provides Domestic Hot Water and electricity simultaneously.
More efficiency
Reduces energy consumption thanks to its ability to make the most of solar energy and produce both heat and electricity.
Maximum quality
Tank made of stainless steel, advanced control, anti-legionella, and thick insulation that reduces noise.
Hybrid Solar Panel - Thermodynamic
This Hybrid Solar Panel is the fusion of a photovoltaic panel and a thermodynamic panel. Photovoltaics convert sunlight into electricity, while thermodynamics absorb ambient heat to produce heat. This system reduces energy costs and carbon footprint.
- 20% - Photovoltaic use
- 60% - Thermal use
One system, double benefit:
The Hybrid Thermodynamic Solar Panel takes advantage of both the energy contained in the environment and photovoltaic solar energy, allowing you to generate electricity and heat water efficiently and sustainably. By installing this hybrid heat pump, you can reduce your dependence on the electricity grid and fossil fuels, which translates into savings on your energy bill in the long term.
Additionally, Thermodynamic Hybrid Panels take up less space than installing separate systems for each function, which is especially useful if you have limited space on your property or roof. By reducing the carbon footprint of your home or building, you will be helping to protect the environment.
Sustainable system
Two system in one
Quick Payback
Save roof space
+ Property vaue
Ideal for large consumption
Choose the energy of the future
More Options
RECOMMENDED ALTERNATIVES
Your energy future starts here
-
Nominal power DHW (14ºC)*
-
Nominal consumption (14ºC) *
-
SCOP DHW (14ºC) *
-
Thermal power support system
-
Maximum thermal power PV
-
Max. photovoltaic resitance power
-
1543w
-
516w
-
2,99
-
1500w
-
401w
-
600w
* 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
** Subject to change by the manufacturer depending on the situation of the photovoltaic market.
-
Equip. dimensions (AxBxC)*
-
Equipment empty weight
-
Panel dimensions (AxBxC)*
-
Hydraulic connections**
-
Panel connections
-
AQ-TD connections
-
1785x551x601mm
-
107,5Kg
-
1808x30x1086mm
-
M 3/4Pulg.
-
1/4 - 3/8
-
1/4 - 3/8
* A = Alto / B = Profundo / C= Ancho
** M (Inlet and outlet of the equipment’s hydraulic connection in Male).