ENERGIE STORE
+351 252 600 230

This content is restricted to professionals.

Register to access this exclusive content.
If you already have your access data, log in

User registration
Log in

AQUAPURA INVERTER HT

homepage / Products / Heating / AQUAPURA INVERTER HT

Aerothermal heat pump, designed for air conditioning and water heating for residential use.
Latest generation heat pump with new natural R290 refrigerant.
Temperature up to 75oC, with maximum efficiency.
The Aquapura Inverter has a DHW function, 100% hydraulic installation, ultra compact and innovative design.
The Aquapura Inverter HT Heat Pump consists of an outdoor unit, in the heating and air conditioning versions, and an indoor unit, the water heater for the DHW version.

Contact us
Ask us for a quote

COMPATIBLE WITH THE THERMOBOX RANGE

The INVERTER HT is fully compatible with the Aquapura THERMOBOX range! These models, part of ENERGIE’s ALL-IN-ONE line, consist of just two units—an outdoor and an indoor unit—both 100% hydraulic. All components are housed within the indoor unit, offering a versatile and compact solution. Perfect for multi-family homes and residential buildings.  

MAXIMUM RETURN ON INVESTMENT

NEW CLIMATE SOLUTION

All that is needed is to have a substructure of water termi- nals, namely radiators, invisible radiant heating or fan coils, to be able to enjoy this new solution for Heating & Cooling and Domestic Hot Water production.  

FUNCTIONING

PRINCIPLE

The refrigerant fluid is pumped to an external heat exchanger (evaporator). Here, the fluid, with the help of a fan, absorbs energy from the environment due to the temperature difference achieved outside, causing a phase change to the gaseous state.

Subsequently, it is drawn into the mechanical part of the system, the compressor. Here, it is compressed: the pressure rises, and consequently, the fluid’s temperature increases. It then travels to a second internal heat exchanger (condenser) and transfers heat to the water in the tank. The resulting temperature drop causes a phase change back to the liquid state. The fluid’s pressure is reduced due to a throttling process that occurs at the expansion valve, and the cycle begins again.

INVERTER HEAT PUMPS

STAND OUT FOR THEIR HIGH PERFORMANCE

Heat Pumps are prepared for Heating & Cooling as well as Domestic Water Heating. These solutions stand out for their high energy efficiency, which makes them capable of achieving an energy rating up to A+++ for heating. They also standout for their ability to integrate with other heating systems and easy installation.

HIGH LEVEL OF EFFICIENCY

DOMESTIC HOT WATER PRODUCTION

The heat from the environment is indirect solar energy, stored in water, air and soil. The Heat Pump will extract heat precisely from these heat sources for later use in your home’s climate. Air/Water Heat Pumps with high energy efficiency INVERTER technology are a modern, efficient and clean solution that guarantees the comfort of your home, always respecting the environment. It’s a smart way to use nature’s resources to improve your quality of life. By adopting one of these solutions, you will be making a serious commitment to the issue of reducing harmful emissions to our atmosphere, thus contributing to the planet’s natural balance. The Air/Water Heat Pumps with INVERTER technology were developed to meet the needs of both domestic and industrial use, for Heating & Cooling and Domestic Hot Water solutions (DHW).

It’s a smart way to use nature’s resources to improve your quality of life. By adopting one of these solutions, you will be making a serious commitment to the issue of reducing harmful emissions to our atmosphere, thus contributing to the planet’s natural balance. The Air/Water Heat Pumps with INVERTER technology were developed to meet the needs of both domestic and industrial use, for Heating & Cooling and Domestic Hot Water solutions (DHW).

CONSUMPTION OF PRIMARY ENERGY

  • The highest efficiency on the market
  • Heating and/or Cooling
  • Reduced maintenance and low operating noise
  • Operation at outdoor temperatures down to –25°C
  • Construction with corrosion-resistant ABS coating
  • Domestic Hot Water Function

DC INVERTER TECHNOLOGY

DC INVERTER technology is different from any other technology existing on the market because it has a compressor with the capacity to vary the operating frequency, meeting the exact needs of climatization comfort at home. This achieves greater savings in energy consumption.  

LATESTE GENERATION OF AIR-TO-WATER HEAT PUMPS

WITH NATURAL REFRIGERANT R290

Use a natural refrigerant with less global warming potential.

Operates with minimal noise, nearly imperceptible from just a few meters away.

The connections are entirely hydraulic, with no fluorinated gases involved.  

High performance in all applications: heating, cooling, and domestic hot water (DHW) production.  

This Aquapura Inverter can achieve temperatures above 70°C, making it an ideal solution for boiler replacement.

With an A+++ efficiency class and a SCOP coefficient near 5, the unit offers one of the highest efficiency evels on the market.  

The Aquapura inverter features an ABS polymer-coated exterior, specifically designed for enhanced protection against corrosion.  

INTUITIVE TOUCH CONTROL

AIR CONDITIONING & DHW PRODUCTION

  1. ON/OFF
  2. Operating Mode
  3. Temperature
  4. Setpoint
  5. Keyboard Blocking
  6. Menu
TECHNICAL DATA (Outdoor Unit)INVERTER 8HTINVERTER
12HT		INVERTER
14HT		INVERTER 14HT-T INVERTER 22HT
Power Supply230V~/50Hz230V~/50Hz230V~/50Hz400V~/3F+N/50Hz400V~/3F+N/50Hz
Power suppliedHeating
(Nom./Max)		kW8,95~10,3012,30~14,5014,21~16,7014,21~16,7022,00~25,47
Cooling
(Nom./Max)		kW5,98~8,5110,14~11,609,71~11,619,71~11,6116,04~17,16
Power consumedHeating
(Nom./Max)		kW1,86~3,002,50~5,102,83~5,302,83~5,304,94~9,01
Cooling
Nom./Max)		kW1,64~3,002,61~5,102,45~5,302,45~5,304,44~9,01
COP 1Nominal4,84.925,025,024,45
EER 2Nominal3,653.883,963,963,61
Energy efficiency class at 35°C 3A+++A+++A+++A+++A+++
SCOP - Seasonal efficiency at 35°C 35,004,824,904,904,91
Energy efficiency class at 55°C 3A++A++A++A++A++
SCOP - Seasonal efficiency at 55°C 33,713,533,763,763.70
Maximum consumption powerkW3,05,15,35,39,1
Maximum consumption currentA13,52224,510,515,8
Refrigerant (R290) / CO2 Eq.kg/Ton0,5 / 0,00150,8 / 0,00200,85 / 0,00250,85 / 0,00251,3 / 0,004
CompresorDC InverterDC InverterDC InverterDC InverterDC Inverter
Sound power at 1mdB(A)4646434444
Sound powerdB6051575862
Hydraulic Connections DiameterPol.1”1”1”1”1”
CirculatorIntegratedIntegratedIntegratedIntegratedIntegrated
Water flow (min)m3/h11,41,61,62,9
Hydraulic circuit load losskPa2015303045
Dimensions(HxWxD)795x1167x445790x1167x420928x1287x500928x1287x5001329x1247x540
Weightkg80120160160202
1 Air temperature (DB/WB) 7ºC/6ºC; Water temperature (inlet/outlet) 30ºC/35ºC 2 Air temperature (DB/WB) 35ºC/24ºC; Water temperature (inlet/outlet) 12ºC/7ºC 3 In compliance with EN14825 and Delegated Regulation (EU) No. 812/2013
TECHNICAL DATA THERMOBOX DHW (Indoor Unit)INVERTER
8HT		INVERTER
12HT		INVERTER
14HT | 14HT-T		INVERTER
22HT-T
160L200L160L200L270L200L270L270L
Heating Time ( Δt=35ºC)hh:mm00:4400:5500:3200:4000:5400:3400:4700:31
COP / SCOP 43,313,323,343,363,383,323,363,30
Consumption Profile 4LLLLXLLXLXL
Energy-Efficiency 4%138139139141141139140137
Quantity of Hot Water Available (40ºC) 4L205257205257332258332338
Energy Class 4A+A+A+A+A+A+A+A+
DHW Maximum Temperature°C6060606060606060
4 A14/W10-54, in compliance with EN16147 and Delegated Regulation (EU) No. 812/2013

catalogs

BIM
ENERGIE EST, Lda.
AQUAPURA INVERTER HT
AQUAPURA INVERTER HT - BIM
AQUAPURA INVERTER 8 A 22 HT - DWG
AQUAPURA INVERTER 30 A X75 HT - DWG

Installation manuals
ENERGIE EST, Lda.
AQUAPURA INVERTER HT – MANUAL
enAquapura Inverter HT Installation Manual - R0V0

Budget request

We have a multidisciplinary team of professionals capable of finding the best solution for your project.

Budget request
First Name
Last Name
What do you need?
Privacy Policy

PROJETO CO-FINANCIADO
PRR