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Hybrid Solar Air Conditioner
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| Model No.︰ | DS-07890744555 |
| Brand Name︰ | WENDA |
| Country of Origin︰ | China |
| Unit Price︰ | US $ 520 / pc |
| Minimum Order︰ | 1000 pc |
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Hybrid Solar Air Conditioner
Why Hybrid solar air-conditioner can save electricity?
Here are the reasons:
Firstly, it absorbs solar energy to heat the inside medium by using a solar collector. Freon from the compressor goes through the copper coil inside the collector and undertakes a heat exchange. Freon exchange heat with the medium inside the solar collector then go through a cycle inside the system for cooling and heating.
Secondly, it adopts a highly efficient heat-exchange system. The use of the internal thread pipe, hydrophilic aluminum fin and the optimal heat exchange system reduce energy loss, improve the overall efficiency and effectively ensure the performance. Therefore, hybrid solar air conditioner is more convenient and energy-saving than regular air conditioner.
Comparing to Current Products
1. Conventional air conditioner consumes too much, users have to pay a heavy electricity bill.
2. Photovoltaic (PV) system costs a large amount of money to build up.
3. Thermally driven absorption cooling is also very costly, and its cooling capacity is not big enough
Performance Characteristics
High efficiently,energy-saving,comfortable and money saving,exceeding national first grade energy standard.
Durable and long-lived,smooth running.Low-loaded operation of the compressor to extend its duration.
Healthy and comfortable,constant temperature and keeping air conditioner disease away.
It is not frequency conversion air conditioner but superior to it because conversion type begins to save energy when the indoor temperature reaches the set value,while the hybrid solar air-conditioner runs in the optimal state immediately after starting and it achieves the sanme effects of traditional air conditioner with less power consumption.
Super luxurious appearance decorates your home.Indoor panel adopts aluminum alloy and wire drawing metal color board to make your house more sparkling.
Automatic open and close dustproof air outlet.
Easy installation,same as the traditional air conditioner.
With strong adaptability,Chuanglan hybrid solar air conditioner can run at super low and high temperature from -7℃ to 53℃.
Exceeding the national standards and applicable to all kinds of environment. |
High Performance Japanese Brand Compressor
Durable and long-lived, smooth running. Low-loaded operation of the compressor to extend its duration.
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Four-fold Heat Exchanger
As one of the main components of air conditioner, Chuanglan hybrid solar air conditioner adopts four-fold heat exchanger (take Supreme Silent as an example) heat exchanger effective area is increase by 20-40% than V-shape and flat heat exchangers, thus the cooling and heating effect are improved greatly. |
High-quality Internal Thread Copper Pipe
Compared with normal copper pipe, the heat exchanging area of internal thread cooper pipe is significantly enlarged so does the exchange effect. Meanwhile, it can resist frosting and increase its starting ability at low temperature.
Hydrophilic aluminum foil to prevent the appearing of water bridge, thus to ensure the performance of heat exchange
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Performance Characteristics
High efficiently,energy-saving,comfortable and money saving,exceeding national first grade energy standard.
Durable and long-lived,smooth running.Low-loaded operation of the compressor to extend its duration.
Healthy and comfortable,constant temperature and keeping air conditioner disease away.
It is not frequency conversion air conditioner but superior to it because conversion type begins to save energy when the indoor temperature reaches the set value,while the hybrid solar air-conditioner runs in the optimal state immediately after starting and it achieves the sanme effects of traditional air conditioner with less power consumption.
Super luxurious appearance decorates your home.Indoor panel adopts aluminum alloy and wire drawing metal color board to make your house more sparkling.
Automatic open and close dustproof air outlet.
Easy installation,same as the traditional air conditioner.
With strong adaptability,Chuanglan hybrid solar air conditioner can run at super low and high temperature from -7℃ to 53℃.
Exceeding the national standards and applicable to all kinds of environment. |
High Performance Japanese Brand Compressor
Durable and long-lived, smooth running. Low-loaded operation of the compressor to extend its duration.
|
|
|
Four-fold Heat Exchanger
As one of the main components of air conditioner, Chuanglan hybrid solar air conditioner adopts four-fold heat exchanger (take Supreme Silent as an example) heat exchanger effective area is increase by 20-40% than V-shape and flat heat exchangers, thus the cooling and heating effect are improved greatly. |
High-quality Internal Thread Copper Pipe
Compared with normal copper pipe, the heat exchanging area of internal thread cooper pipe is significantly enlarged so does the exchange effect. Meanwhile, it can resist frosting and increase its starting ability at low temperature.
Hydrophilic aluminum foil to prevent the appearing of water bridge, thus to ensure the performance of heat exchange
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How Hybrid Solar Air Conditioning Works.
Hybrid Solar Air Conditioning, also known as Solar Assisted Air Conditioning, is a revolutionary system that uses the power of solar energy to assist a high efficiency compressor to reduce energy use dramatically. Like a traditional central air conditioning system, there is a compressor and an air handler, but added is a solar thermal collector mounted on the roof.
The Hybrid Solar Air Conditioning system takes a high efficiency 16 SEER compressor adapted to circulate refrigerant to the solar collector. The solar collector, made of evacuated glass tubes, superheats the refrigerant, making the job of the compressor easier, and thereby reducing energy use.
A conventional air conditioning system uses the compressor (powered by electricity) to pressurize and heat the refrigerant gas up to about 170 degrees. It then travels into the outside condensing coils where it changes from a gas into a saturated gas (partial liquid). Typically this occurs in the final third of the condensing coil. From there the saturated gas passes through an expansion devise that allows the refrigerant to become a gas again. Once this happens it can absorb heat from the air passing through the inside coil of the air conditioner. From there the refrigerant goes back to the compressor where it starts the whole cycle again.
A hybrid solar air conditioning system uses the same basic equipment as a conventional system with a specialized solar collector that is placed between the compressor and the condensing coils. The primary task of the compressor is to pressurize and heat the refrigerant.
The hotter it gets the better. A hybrid solar air conditioning system uses a highly efficient vacuum tube collector filled with an organic liquid product. The collector heats the organic substance to over 350 degrees using the FREE power of the sun to superheat the refrigerant above what the compressor would be able to heat it with electricity. The resulting efficiency derived from the solar collector allows for the refrigerant to work more efficiently with no additional moving parts or motors. This increases the ability of the gas to change back into a liquid much quicker and dramatically reduces the energy requirement of the compressor.
The gas now condenses back into saturated gas in the first third of the condensing coil not the final third. Therefore by the time the refrigerant reaches the expansion devise in the inside coil, it is already almost a liquid. This allows the near liquid refrigerant to be more efficient at absorbing heat, making it 5-6 degrees cooler in the inside coil, delivering colder, drier air to the building
Comparative Analysis on the Performance of Hybrid Solar Air Conditioner against Conventional Air Conditioner.
Data indicated herein is based on readings from different test sites in different weather conditions. It may vary depending on the amount of heat available. Values were taken based on similar working hours and conditions.
Brand X pertains to other models of air conditioners. For ethical reasons, we cannot disclose the actual brand name.
9,000 BTU Wall Mount
BrandAvg.
AmpsAvg.
kWhHrs.
UsageDaily
ConsumptionMonthly
ConsumptionAnnual
Consumption
Brand X5.351.171618.72 kwh561.60 kwh6,739.20 kwh
HSAC3.580.791612.64379.204,550.40
Savings = 33%
18,000 BTU Wall Mount
BrandAvg.
AmpsAvg.
kWhHrs.
UsageDaily
ConsumptionMonthly
ConsumptionAnnual
Consumption
Brand X7.361.692440.56 kwh1,216.80 kwh14,601.60 kwh
HSAC3.580.792424.96 kwh748.80 kwh8,985.60 kwh
Savings = 38%
24,000 BTU Floor Standing (Test done in Portugal
BrandAvg.
AmpsAvg.
kWhHrs.
UsageDaily
ConsumptionMonthly
ConsumptionAnnual
Consumption
Brand X9.712.231840.14 kwh1,204.20 kwh14,450.40 kwh
HSAC6.211.431825.74 kwh772,20 kwh9,266.40 kwh
Savings = 36%
Installation of Solar Air Conditioner |
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Product Image
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