350CA++

A Q U A P U R A

AQUAPURA INVERTERHEAT PUMP. UNDERFLOOR HEATING . HEATING AND COOLING WITH FAN ASSISTEDCONVECTORS

. HEATING WITH RADIATORS

W W W . E N E R G I E . P T

AIR TO WATER HEAT PUMPS

H E A T I N G A N D C O O L I N G

02 ENERGIE

THE RANGE OF AQUAPURAAIR TO WATER HEAT PUMPS INCLUDES4 TO 18 kW MODELS

COMPONENTS BRANDS

KEY FEATURES. Heating and/or Cooling. Reduced Maintenance and low operating noise. Operating with external temperatures down to – 25°C. Construction with anodized coating resistant to natural

corrosion. Domestic Hot Water function (Control Box)

H O T W A T E R

C E N T R A L H E A T I N G

03ENERGIE

GREATER HEAT PRODUCTION WITH LESS ENERGY CONSUMPTION

The environment’s heat is commonly attributed to indirect solar energy,

stored in water, air and soil. The heat pump will remove heat from these

heat sources to, later, be used for heating your home.

The highly efficient INVERTER Air to Water heat pump is a modern,

efficient, and clean solution that guarantees your home’s comfort, while

giving consideration to the environment.

A smart way to use natural resources in order to improve your quality of

life. With this solution you will be making a serious commitment to the

reduction of harmful emissions into our atmosphere, thus contributing to

the planet's green agenda.

The INVERTER Air to Water heat pump has been developed to meet both

domestic and industrial needs, for heating, cooling and Domestic Hot

Water solutions (DHW).

UN

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RF

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OR

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EA

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04 ENERGIE

F A N A S S I S T E D C O N V E C T O R

FUNCTIONING PRINCIPLE

There is a refrigerant that is pumped to an outdoor heat exchanger

(evaporator). The refrigerant, with the help of a fan, absorbs the energy

from the atmosphere to the temperature differential obtained outdoors.

During this process, the liquid changes to a gaseous state. The gaseous

state is sucked in by the mechanical part of the system, the compressor

where it is compressed. The pressure goes up and, consequently, the

liquid temperature increases. After that, the liquid travels to a second

inside heat exchanger (condenser) and transfers heat to the water in the

cylinder. The fluid goes into liquid state by cooling down. The liquid

pressure is reduced due to a strangulation that happens in the expansion

valve and the process starts again.

AQUAPURA INVERTER. The ideal heat pump for underfloor heating. Efficient and quiet solution. Attractive and compact design. Heat Pump with the capability to heat hot water. Facilitates heating and cooling in certain situations

HEAT PUMPS THAT GIVEYOUR HOME MORE COMFORTAND ECONOMY

EVAPORATOR>>>>

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SO

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EX

PA

NS

ION

VA

LV

E

<<<< CONDENSER

1. A refrigerant ispumped to the

evaporator.

2. Where it turns fromliquid to gaseous through

the external heatexchanger.

3. The refrigerantis sucked into

the compressor.

5. The heat is transferredto the home´s heating

system through theinternal heat exchanger.

6. The refrigerant turns into liquid again and the

pressure drops.

4. Where it iscompressed,

increasing thetemperature.

1

6

2 3

4

5

AIR INTAKETHE ENVIRONMENT

ELECTRICITY 25% 7

5% TH

ERM

AL

ENER

GY

4.1COP

UP TO 55OCWATER

TEMPERATURE

-25OCOUTDOOR

TEMPERATURE

05ENERGIE

PRIMARY ENERGYCONSUMPTION

THE INVERTER HEAT PUMPS STAND OUT FOR THEIR HIGH PERFORMANCE

The INVERTER heat pumps are capable of heating and cooling as well

as domestic hot water. Those solutions stand out for their high energy

efficiency. They can reach an energy classification up to A++ for

heating. They also stand out for their ease of integration with other

heating systems and easy installation.

ENERGY CONSUPTION GRAPHIC

Heating oil

Natural gas

Propane gas (GPL)

Heat pumps

DC INVERTER TECHNOLOGY

The DC INVERTER technology differs from many other existing

technologies in the market since it possesses compressors with the

capacity to vary the frequency of operation according to the exact

comfort needs of the house HVAC. There is therefore lower energy

consumption.

Operating PeriodINVERTER VS TRADITIONAL

F A N A S S I S T E D C O N V E C T O R

Th

erm

al O

utp

ut

W E L L - B E I N G

HEAT PUMP FOR DOMESTIC HOT WATER

(DHW)

HEAT PUMP WITHOUT BUFFER + DHW

HEAT PUMP WITH BUFFER + DHWHEAT PUMP WITH BUFFER

THE PRESENCE OF A BUFFER TANK IN THE INSTALLATION GARANTEES SEVERAL ADVANTAGES:. Energy saving. Available thermal outputs increase. Smaller operating periods

CYLINDERS TO PRODUCE DOMESTIC HOT WATER (DHW):. Capacities of 200, 250, 300 and 500 litres. Stainless steel tub AISI 444. 5 years warranty. Serpentine xl of high efficiency

INVERTER 8-12Features INVERTER 5-18

kW 14.50 17.009.20 15.10 4.20~12.30

1) Heating Mode • Ambient temperature DB / WB 7°C / 6°C; • Outlet / inlet water temperature: 35°C / 30°C.

2) Cooling mode • Ambient temperature DB / WB 35°C / 24°C; • Water temperature (inlet / outlet): 7°C / 12°C.

3) Power of the electrical heater (backup): 3kW.

Power supply

Refrigerant type

Heating capacity

Electric consumption

Power supplied (heating)1

Electrical consumption (heating)1

COP1

Cooling capacity

Electrical consumption

Power supplied (cooling)2

Electrical consumption (cooling)2

EER2

Maximum water temperature

Electrical heater (Backup)

Max current input

Number of Compressors

Compressor type

Water pump

Minimum flow

Number of Fans

Hydraulic connections (inlet/outlet)

Sound

Net weight/ Packaged weight

Net dimensions (L/ A/ P)

Packaged dimensions (L/ A/ P)

Energy e�ciency (ErP 35°C)

Energy e�ciency (ErP 55C°)

Energy e�ciency class (ErP 35°C)

Energy e�ciency class (ErP 55°C)

TECHNICAL CHARACTERISTICS

07ENERGIE

/

/

kW

kW

kW

kW

/

kW

kW

kW

kW

/

0C

/

A

/

/

/

m3/h

/

Pol.

dB(A)

Kg

mm

mm

%

%

/

/

220-240V~/50Hz

R410A

4,20 – 12,30

0,80 – 3,40

11,60

2,76

4,21

2,8 – 10,0

1,0 – 4,0

9,5

2,66

3,57

55

Integrated (3kW)

18,0 + 13,0 (Electical heater backup)

1

DC Inverter

Integrated

1,6

1

1’’ / 1’’

54

110/ 123

960/ 910/ 440

1010/ 920/ 470

153

122

A++

A+

220-240V~/50Hz

R410A

5,40 – 18,50

1,20 – 5,10

17,30

4,18

4,14

5 – 14,5

1,6 – 6,0

14,10

4,01

3,52

55

Not Integrated

27,0

1

DC Inverter

Integrated

2,8

2

1’’ ¼ / 1’’ ¼

58

163/ 180

990/ 1320/ 395

1040/ 1440/ 450

157

128

A++

A++

W W W . E N E R G I E . P T

Zona Industrial de Laúndos

Lote 48, 4570-311 Laúndos

Póvoa de Varzim, Portugal

EMAIL energie@energie.pt

Project co-financed by:

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ENERGIE PORTUGAL

This brochure was only made to inform and it doesn’t constitute a contractual offer to ENERGIE EST Lda. ENERGIE EST Lda. Compiled the content of this brochure using its best knowledge. It is not given any guarantee expressed or implied with regard to the totality, precision, reliability or suitability to a certain end of the substance and of the products and services presented. The specifications are subjected to changes without notice. ENERGIE EST Lda. explicitly rejects any direct or indirect damages, in its broadest sense, result or related with the use and/or interpretation of this brochure. R0V1/02/2019