Pompa de căldură aerotermală - 2-17 kW M-TEC ECOAir Premium WPL 2-17 kW
ECOAir
Premium
Air Source
Heat Pumps
2-17 kw
How the PicoEnergy heat
pump works
In principle, the heat pump works like a refrigerator: the same
technique, only reversed utility. The heat pump receives energy
from the heat source side (earth, water or air) at a low temperature
and releases heat with a higher temperature on the heating side.
© fotolia.com / Urheber: KB3
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A heat pump uses solar energy stored in the air. This energy is
available at any time, day or night, summer or winter. In the case
of air source heat pumps, it is important, on the one hand, that
they are designed for our latitudes (cold climate) in order to
ensure maximum efficiency and, on the other hand, to ensure
the lowest possible sound emission. Our heat pumps have been
optimized for these criteria. The use of the PicoEnergy air source
heat pump does not require any excavation work in your garden,
only a little space for installation.
The most important advantages
of the PicoEnergy air source heat
pump
at a glance:
•
•
•
•
Can be combined with photovoltaic, solar or
energy management
Maximum efficiency through intelligent power
control
High quality - product quality from Austria
Individual warranty packages
The Photovoltaic
Heat pump
The outstanding feature of the PicoEnergy air source heat pump
is the efficiency and the forward-looking control technology.
This results in exceptionally low operating costs compared to
conventional heating systems and the possibility of heating,
cooling, and hot water with this system. Even systems such
as solar thermal, photovoltaic and house management systems
work hand in hand with our intelligent heat pump control.
Thanks to the sophisticated PicoEnergy controller
with TouchScreen, self-generated electricity from
the photovoltaic system can be used for heating
and cooling of the house.
The speed control of the heat pump adapts itself
to the photovoltaic power independently. The
free photovoltaic electricity can thus be used as
best
as possible to heat the house, hot water and
swimming pool.
ADVANTAGES
• Maximum self-consumption of free photovoltaic power
• High degree of comfort
• Long-term security of supply at the
lowest cost
• Low maintenance
• Easy-to-use
Touch control
PicoEnergy Touch panel
Intelligent power control
The PicoEnergy Power Inverter is a true innovation in the field of
heat pump technology. The principle is very simple:
The inverter adjusts the energy used to the actual needs of your
home. The efficiency is thereby improved by approximately 20%
and the life span of the compressor is prolonged due to significantly
less switch-on cycles.
New injection technology
Due to the constantly changing parameters of an inverter heat
pump, special attention must be paid to the overheating control.
The absolutely new, model-based control is a product of years of
experience. Proactive reactances are made to future speed changes
and therefore the efficiency of the heat pump is maximized.
Smart G
rid
PicoEnergy heat pumps are already "Smart Grid Ready" today.
With this function, you can use the cost savings of future electricity networks. In times where generally less power is consumed,
electricity is also cheaper. Therefore the operating time of the heat
pump should be shifted to this period. This is fully automated by
PicoEnergy's intelligent control system.
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Internet Inside
@
All PicoEnergy heat pumps are already equipped with the future
technology of "Internet Inside". This allows you as a customer to
control your heat pump from your mobile phone, tablet or PC.
If the heat pump is no longer working optimally, the heat pump
automatically signals the problem to your selected heat pump
installer. Via "Internet Inside", these adjustments can be made to the
control settings, without having to be on site. This saves your time
and money.
Integration of external systems
The integration of a photovoltaic system, solar system or house
management system are possible thanks to t
he intelligent control of
the PicoEnergy heat pump.
Photovoltaic integration can use the self-generated electricity for
space heating as well as hot water preparation, preferably for own
consumption. Feeding your own PV electricity to the grid will only
occur when the hot water storage tank is charged and the house is
comfortably warm.
TOP
system
concept
The best heat pump is only as good as the designed system concept. PicoEnergy is always optimally oriented to this development!
This results in heating systems with maximum efficiency, which is permanently tested and confirmed
by independent authorized testing institutes.
Advantages
• Intelligent power control
• Maximum efficiency of heat pump systems
• High innovative power also in the field of
control technology
- Inverter technology
- Latest overheating control
- PV Self-consumption optimization
- Advanced "Smart Grid" functionality
- External systems can be integrated
- LAN interface in each heat pump
- Easy to use touch s
creen technology
Energy source
Air
Air source heat pumps obtain the energy for heating your
house from the ambient air. These are mainly used when geothermal heat pumps are not possible or economically viable.
The efficiency of an air source heat pump depends to a large
extent on the ambient temperature (the higher, the better).
With a PicoEnergy air source heat pump you can both heat
and cool. Upon cooling, the heat extracted from the room is
discharged to the ambient temperature in the outside area.
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Individual
Warranty extensions
Benefit from a specialist in geothermal energy with modern heat pump technology. PicoEnergy
heat pumps are the product of over 35 years experience in heat pumps and a cooperation in
the field of control technology with the global company KEBA.
Due to the high quality requirements,
it is easy for us to offer extended warranties
in addition to the guarantees.
It can be chosen between
3 years,
5 years or
10 years
Warranty-Extension
on all materials. *
* Prices according to valid PicoEnergy price list and valid warranty conditions
Technical
Specifications
Air/Water-Heat Pumps
Models
WPL412
WPL618
2-12 kW
4-17 kW
Energiy Class VL35 °C
A++ (*A+++)
A++ (*A+++)
Energiy Class VL55 °C
A++
A++
Power range [kW]
Dimensions Heat pumpe H x W x D [mm]
1300 x 600 x 650
Weight [kg]
Dimensions Evaporator H x W x D [mm]
Weight Evaporator [kg]
160
166
1055x1088x790
1330x1275x810
145
180
Refrigerant
R410A
Sound power level Heat Pump acc. EN12102 [dB(A)]
44,5
44,6
Sound power level Evaporator acc. EN12102 [dB(A)]
57,9
57,1
Fuse main current [A]
3 x C16
Fuse controller [A]
1 x C13
Hydraulic connection [inch]
1" External thread
Max. Flow temperature [°C]
up to 62°C
Compressor-related power deviations of up to 10% are possible. All Rights Reserved. Typesetting and printing errors reserved. * Class A +++ will not be introduced until 2019.
Performance data AccORDING EN 14825
SCOP 35 °C
4,59
4,55
s 35 °C [%]
180
179
SCOP 55 °C
3,66
3,59
s 55 °C [%]
143
141
Heating output [kW]
3,46
5,75
Power consumption [kW]
0,60
0,92
Coeff. of perf. [COP]
5,75
5,66
Heating output [kW]
5,93
8,98
Power consumption [kW]
1,50
2,29
Coeff. of perf. [COP]
3,96
3,91
Heating output [kW]
11,82
17,23
Power consumption [kW]
3,14
4,68
Coeff. of perf. [COP]
3,76
3,68
Heating output [kW]
8,62
13,09
Power consumption [kW]
3,05
4,69
Coeff. of perf. [COP]
2,83
2,79
Heating output [kW]
5,23
7,92
Power consumption [kW]
1,72
2,64
Coeff. of perf. [COP]
3,03
2,99
Heating output [kW]
8,77
13,25
Power consumption [kW]
3,77
5,75
Coeff. of perf. [COP]
2,33
2,30
Heating output [kW]
5,64
8,53
Power consumption [kW]
1,55
2,38
Coeff. of perf. [COP]
3,63
3,59
Minimum power output A2/W35
Heating output [kW]
1,60
3,33
Minimum power output A2/W55
Heating output [kW]
3,81
5,88
Climate: average
(Ambient temperature = 2°C)
Performance data to EN 14511
A7/W27
180
179
SCOP 55 °C
3,66
3,59
s 55 °C [%]
143
141
Heating output [kW]
3,46
5,75
Power consumption [kW]
0,60
0,92
Coeff. of perf. [COP]
5,75
5,66
Heating output [kW]
5,93
8,98
Power consumption [kW]
1,50
2,29
Coeff. of perf. [COP]
3,96
3,91
Heating output [kW]
11,82
17,23
Power consumption [kW]
3,14
4,68
Coeff. of perf. [COP]
3,76
3,68
Heating output [kW]
8,62
13,09
Power consumption [kW]
3,05
4,69
Coeff. of perf. [COP]
2,83
2,79
Heating output [kW]
5,23
7,92
Power consumption [kW]
1,72
2,64
Coeff. of perf. [COP]
3,03
2,99
Heating output [kW]
8,77
13,25
Power consumption [kW]
3,77
5,75
Coeff. of perf. [COP]
2,33
2,30
Heating output [kW]
5,64
8,53
Power consumption [kW]
1,55
2,38
Coeff. of perf. [COP]
3,63
3,59
Minimum power output A2/W35
Heating output [kW]
1,60
3,33
Minimum power output A2/W55
Heating output [kW]
3,81
5,88
Climate: average
(Ambient temperature = 2°C)
Performance data to EN 14511
A7/W27
... ascunde
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