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The working principle of solar air conditioner
There is a heat absorbing device in the solar collection
conversion, which can switch the energy of light, heat,
radiation of the environment into energy, which can
assist compressor in doing the job of cooling and
heating. More over, the energy absorbed in the day time
can be stored in the heat absorbing device, ensure the
air conditioner to work normally all day.
The solar energy air conditioners make use of the
principle of light-sense point arouse and dispersing
Photosynthetic, and the principle of reversible of
chemistry energy, they fully adjust to absorb and store
solar energy by the Binary mixture refrigerant of Solar
collector layer, Then through the cold, hot assistants
of the solar energy, they regulate the cold and hot of
the solar AC, Then they can reach the best quality of
saving electric according to the requirements.
The so-called solar energy refrigeration means providing
the absorption type of refrigerator with the heat
carrier water which the generator needs. The higher the
temperature of water the higher the energy efficiency
ratio (COP), and the effect of refrigeration is also
higher. For example, if heat carrier water’s temperature
is about 60℃, then the COP of refrigerator would be
approximately 0-40; If heat carrier water’s temperature
is about 90℃, then the COP of refrigerator would be
approximately 0-70; If heat carrier water’s temperature
is about 120℃, then COP of refrigerator may reach 110℃
or above.
Solar air conditioner's
application method
Our solar air conditioner are widely used in the hotel,
the market, the bath center, the villa, the office, the
workshop, the people's rooms, aquatic breeding farm,
fowl feeding farm and so on. They are of high quality
with reasonable price, our solar air conditioners are
the modern, ideal equipment for the family, the work and
business places and so on.
| Model |
Refrigerating Capacity |
Heating Capacity |
Refrigerating Power / Heating Power |
Electrical Source |
Applicable Area(m2) |
Protection of Defending
Electric |
| KFR-35GW |
3500 |
3600 |
780/800 |
220 |
10-18 |
I Class |
| KFR-50LW |
5000 |
5300 |
1200/1250 |
220 |
25-35 |
I Class |
| KFR-70LW |
7000 |
7100 |
1700/1850 |
220 |
35-45 |
I Class |
| KFR-120LW |
12000 |
12300 |
2700/2800 |
220 |
45-60 |
I Class |
1. The installation
does not limited by the location,
it
can be installed in any place since the solar panel is not
large.Furthermore,it is not required to face to the sun.
2. They wouldn't be effected by the weather, no matter in
the cloudy, rainy day or in the sunshine day, or in the
evening the effect is of the same,
it absorbs heat and radiation.
Both of electricity and the energy absorbed in the day time
stored in the heat absorbing device can ensure the air
conditioner to work normally. More over, the energy absorbed
in the environment can be consumed and renewed
continuously.In comparing with the normal conditioners,ours
can save 50% of the power;
3. Compared to normal air conditioner, the fluctuation
of temperature is slightly slower,
it needs serval miniutes to reach the appointed temperature;
And the
longer you use it, the less electricity can be consumed
comparing with normal conditioners.
4.
The refrigeration of solar A/C with R407C is protective to
the enviorment, It is good for hunman's healthy.
5. Compared to the normal air conditioner, 50% of
electricity can be saved by them.
6. The air conditioner can work normally between the
temperatures -25 degree Celsius and 54 degree Celsius,
If the temperature is over 50 celsius degree, the compressor
will keep itself in a state of rest for protection. If the
temperature returns to normal(-25celsius degree to 50
celsius degree), it will continue to work automatically.
Specific Technology Requirements
When copper pipe lengthened, the detailed requirements about
increasing refrigerant
| Model |
Electric Current(A) |
Power(W) |
Pressure(Mpa) |
Increased Length |
Quantity of Increased Refrigerant(G) |
| KFR-35GW |
3.8~4.5 |
750~900 |
0.45~5.2 |
3.0~7.0 |
30~70 |
| KFR-50LW |
5.4~6.2 |
1200~1300 |
0.45~5.2 |
3.0~7.0 |
40~80 |
| KFR-70LW |
7.2~8.2 |
1600~1700 |
0.45~5.2 |
3.0~7.0 |
40~80 |
| KFR-120LW |
12.0~13.8 |
2700~2950 |
0.45~5.2 |
3.0~7.0 |
50~100 |
Relationship
between the temperature outside the air conditioner
machine and the lowest pressure,electric current
Outer Temperature/
Power(A)/Pressure(Mpa) |
26℃-27℃ |
28℃-29℃ |
30℃-31℃ |
34℃-35℃ |
36℃-37℃ |
38℃-39℃ |
| KFR-35GW |
0.4Mpa/3.8A |
0.42Mpa/3.8A |
0.45Mpa/3.9A |
0.48Mpa/4.0A |
0.50Mpa/4.1A |
0.525Mpa/4.2A |
| KFR-50LW |
0.45Mpa/5.4A |
0.47Mpa/5.5A |
0.48Mpa/5.6A |
0.50Mpa/5.8A |
0.505Mpa/5.9A |
0.51Mpa/6.2A |
| KFR-70LW |
0.45Mpa/7.2A |
0.47Mpa/7.4A |
0.48Mpa/7.5A |
0.50Mpa/7.7A |
0.505Mpa/7.9A |
0.51Mpa/8.2A |
| KFR-120LW |
0.46Mpa/12.0A |
0.48Mpa/12.4A |
0.50Mpa/12.5A |
0.51Mpa/13A |
0.52Mpa/13.5A |
0.55Mpa/13.8A |
Solar Air Conditioner Assembled Pictures
Solar
Air Condition Connection Map
Solar
Air Condition Installation Flowchart

Solar-Power
Air Conditioner Installation Steps
1.
Indoor parts installation: to install the indoor parts
to a suitable location.
2.
Connect copper pipes, lines and water pipes with
indoor parts. Connectors should be tightened to prevent
leakage.
3.
Outdoor parts and solar panel installation: to
select a suitable location to install and secure the
outdoor parts and solar panel.
4.
Air vacuuming: to turn two stop-valves
of solar panel loose completely to allow air to expel
from low-pressure tripe-pipe-valve of outdoor parts.
5.
Leakage checking: to apply soap water to all
connectors for checking leakage or not.
6.
Pilot run.
FAQ
1.What
is the warranty years and how about after sale service?
The warranty of the solar A/C is
6-7 years.
We give 1% equipments, it means
we give 1 unit free for every
100 units purchase. Compared to
normal air conditioners, the
difference just lies in the
solar panel which is of good
quality. In case there is any
problem aroused, they can be
repaired as the normal ones in
our clients’ own countries. But
incase there is any damage of
main spare parts like
compressors or solar panels, you
should purchase them of the same
type from us and replace the
damaged ones.
2.How about the solar
energy?
The source of solar energy
is the natural light energy,
heat energy and the radiant
energy in the environment
absorbed by the solar-panel.
Solar energy and electricity
work together and the ratio
of them is 50%. Only when
the electricity and solar
energy work together can
ensure the normal works of
our products, it can't work
using 100% solar energy or
100% electricity alone.
3.Can our solar A/C work
in bad weather?
Our clients should feel ease
about it that our A/C can
work normally no matter in
what kind of weather.
Our solar panel is the solar
collector which could
collect and store the heat
energy, light energy, the
radiant energy of the
environment. Solar energy
can be collected no matter
in the day time or at night,
no matter in the raining day
or the sunshine day. When
there is no sunshine, the
solar panel could also
collect the light energy and
heat energy, which can never
be exhausted as there is a
continual supplement, even
when there are connected
raining days or very cold
days with very low
temperature. Besides, the
consumption of solar energy
is little compared to the
absorbed energy, the solar
energy would never be
exhausted, and the product
can always work normally no
matter in what kinds of
weather.
4. What’s the limited
temperature our solar A/C
can be used normally?
As long as the temperature
isn't higher than 54℃ and
isn't lower than -25℃, our
solar A/C can work normally,
no matter High Humidity or
low humidity, the
performance won't be
affected by the variance.
5. What’s the core
cooling principle of solar
energy?
Solar energy providing the
absorption type of
refrigerator with the
heat-carrying water
(refrigerant) which the
generator needs, other
procedures would be done by
generator just like normal
air conditioners. The
heating principle is the
same with the cooling
principle.
6. How the electricity
saved?
The solar air conditioners
powered by the solar energy
and electricity together,
thus the electricity would
be saved.
7. What’s our
products’ energy
efficiency?
Currently there is no
calculating method for
solar air conditioners,
we have the EER and star
rating but it isn't our
true efficiency. Our
product is changed from
normal air conditioners,
and our products can
save 50%-70% electricity
because there is solar
panel which can help
saving electricity.
We have the efficiency
rating:
EER star
12000btu 2.91 4star
18000btu 2.84 3star
24000btu 2.7 3star
35000btu 2.64 3star
42000btu 2.6 3star
The EER and star rating
is calculated by the
way:
Cooling
Efficiency/normal AC's
electricity consumed.
Actually our solar AC's
electricity consumed is
just about half of it.
Though our normal air
conditioner's rating
star isn't high, but the
higher of it, the Prices
will be much higher,
products rate 3 or 4 is
OK. Currently there are
few air conditioners
have star 2 and there is
none has star 1 in
China.
8. What is our core
technology?
The core technology
mostly lies in the solar
panel and compressor.
Our solar panel is made
of silicon. There are
many small components in
solar panel. They are
mainly the parts of heat
collecting, assistant
parts of converting heat
or cool; Our compressors
is different from normal
air conditioners', they
are improved by very
specific technology,
which is complex and
difficult to understand
by un-specialized
people.
More details are secret
Note: The compressor or
solar panel can't be
replaced by clients
themselves, so if there
is some damage of them
or the warranty period
passed, they should be
replaced by the same as
the original ones which
you could purchase from
us.
What
kinds of
compressors we use
They are
all famous brand
ones
Guangdong Meizhi
Compressor Limited
(http://www.chinagmcc.com/)
Shanghai Hitachi
Electrical
Appliances Co., Ltd
(www.hitachi.com)
SangLing air
condition & Freeze
System Co., Ltd.
Parts
of the parameter of
compressor
|
NO |
Model
Name |
Displ. |
Capacity |
Power |
COP |
Current |
Noise
|
Capacitor |
Oil
(POE) |
R22 Max |
Wt. |
Sizes
Refer to
Table 10 |
|
(cm3/rev) |
(?%W) |
(?% W) |
(?%) |
(A) |
?dB(A) |
μF-V |
(ml) |
(kg) |
(kg) |
|
PH225X2C-8FTC |
22.4 |
3870 |
1250 |
3.10 |
5.7 |
61 |
35/370 |
480 |
1.20 |
15.8 |
No.16 |
|
PH440X3C-8KUC1 |
43.5 |
7650 |
2390 |
3.20 |
|
PH135X1C-8DZD2 |
13.6 |
2280 |
750 |
3.04 |
3.4 |
59 |
25/370 |
400 |
0.85 |
12.0 |
No.6 |
Pictures of
installated
solar-panel of GW

CE Certificate
we have got

Requirement to
be sole agent:
we would like to give
the power of sole agent
of certain region to
someone who can
make orders of the
quantity of 2000 units
within 1 or 1.5 years.
Air
conditioners's
capability testing data
report:
Take the type of 35GW
for example for you to
know more clearly about
our products' working
performance.
Air
conditioner’s capability
testing data report for
KFR-35GW
Rating cooling work
condition
Testing
time:2005-07-19
Unit type:
KFR-35GW
manufacturer:
testing work condition:
Product’s mark: 35
outer machine
product frame:
split/hot pump
unilateralism: 220v~50Hz
Dry bulb indoor:
27℃
dry bulb outdoor:
35℃
Compressor:
refrigerant:
R22 wet bulb indoor:19℃
Wet bulb outdoor:24℃
Cooling capacity:
heating
capacity:
dehumidify
capacity :4.0
heating capillary:2?span lang="EN-US">2?span lang="EN-US">750
|
NO. |
data title |
unit |
Average-e |
① |
② |
③ |
④ |
⑤ |
⑥ |
⑦ |
|
1 |
Upcast wind
dry-bulb indoor |
℃ |
27.01 |
26.97 |
27.00 |
26.97 |
27.05 |
27.00 |
26.98 |
27.00 |
|
2 |
Upcast wind
Wet-bulb
indoor |
℃ |
19.02 |
19.03 |
18.96 |
19.05 |
18.97 |
19.06 |
18.99 |
19.10 |
|
3 |
Downcast wind
dry-bulb indoor |
℃ |
14.44 |
14.52 |
14.43 |
14.43 |
14.42 |
14.42 |
14.41 |
14.40 |
|
4 |
Downcast wind
wet-bulb indoor |
℃ |
13.05 |
13.11 |
13.00 |
13.06 |
13.01 |
13.05 |
13.02 |
13.06 |
|
5 |
muzzle wind
temperature
indoor |
℃ |
16.31 |
16.37 |
16.30 |
16.30 |
16.29 |
16.29 |
16.28 |
16.41 |
|
6 |
Upcast wind
dry-bulb outdoor |
℃ |
35.00 |
35.01 |
35.00 |
34.98 |
35.00 |
34.99 |
34.98 |
35.01 |
|
7 |
Upcast wind
wet-bulb outdoor |
℃ |
23.88 |
24.10 |
23.85 |
23.72 |
23.97 |
23.77 |
23.73 |
24.01 |
|
8 |
Down cast wind
dry-bulb outdoor |
℃ |
100.00 |
100.00 |
100.00 |
100.00 |
100.00 |
100.00 |
100.00 |
100.00 |
|
9 |
Downcast wind
hydrostatic
indoor |
pa |
0.03 |
0.05 |
0.06 |
0.07 |
0.09 |
-0.01 |
0.01 |
-0.02 |
|
10 |
Muzzle
pressure
differential
indoor
|
pa |
297.89 |
299.12 |
298.69 |
298.76 |
298.40 |
297.43 |
296.95 |
298.38 |
|
11 |
Muzzle-voltage
indoor |
Kpa |
100.46 |
100.46 |
100.46 |
100.46 |
100.46 |
100.46 |
100.45 |
100.47 |
|
12 |
Local
atmospheric
pressure |
Kpa |
101.32 |
101.32 |
101.32 |
101.32 |
101.32 |
101.32 |
101.32 |
101.32 |
|
13 |
Input Voltage |
V |
218.97 |
219.49 |
219.09 |
219.62 |
217.78 |
217.98 |
218.31 |
220.00 |
|
14 |
Input
electric-current |
A |
3.96 |
3.87 |
3.98 |
3.87 |
3.90 |
3.88 |
3.92 |
4.02 |
|
15 |
input power |
W |
867.12 |
849.42 |
871.97 |
849.92 |
849.34 |
845.76 |
855.77 |
884.40 |
|
16 |
input
electric-net
frequency |
Hz |
50.00 |
50.00 |
50.00 |
50.00 |
49.99 |
50.00 |
50.00 |
50.00 |
|
Testing result:Cooling
Capacity:3399.66w
Capability
modulus:554.33w/w
Wind speed:550.06m?span lang="EN-US">/h Dehumidify
capacity:1.12kg/h |
Other
products we produce
100% solar road
lamp, water purifer,
water drinking
machine.
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