High Pressure Heatpipe Split Solar Thermal Collector
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US$ 200
2-199 Pieces
US$ 190
≥200 Pieces
1000PCS/Day
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FT-HP-L-58/1800-30
CE, ISO9001
Collector
Glass Vacuum Tube
Copper
Pressurized
Changzhou Forte Power Machinery Co., Ltd.
Business Type: Manufacturer/Factory
Changzhou, Jiangsu, China
Product Details
Quick Details
High Pressure Heatpipe Split Solar Thermal Collector
FT-HP-L-58/1800-30
CE, ISO9001
Collector
Glass Vacuum Tube
Copper
Pressurized
Separate Type
>200L
9 Bar Maximum Pressure
Stagnation Temperature 260c
Split
Closed Loop
Forte/OEM
Export
EN12975
China
84191910
Product Details
Heatpipe Splite solar collector
How does the heat pipe collector work?
Sunlight is captured by the coated vacuum tubes which absorb the radiation as heat and conduct it through aluminum fins to the heat pipes. The liquid inside the heat pipes vaporizes as it is heated and the vapor rapidly rises to the condenser (top), releasing the latent heat, and condenses to form a liquid and returns to the pipe bottom where it evaporates once more and repeats the cycle. A manifold on the top of the solar collector allows a working fluid (typically anti-freeze) to absorb the heat from the top of each heat pipe. The working fluid is pumped through the manifold and then through an external heat exchanger which transfers the heat to water in a pressurized storage tank.
Features
High purity (99.97%) copper heat pipe features excellent corrosion resistance and can stand high temperature up to 250C The degradation of heat transfer property is less than 5% within 5000 hours.
Unique cold welding technology seals in the special working fluid inside of the heat pipe, ensuring that air will not enter.
The first fully automatic copper pipe cleaning line in the industry ensures higher performance and longer service life of the pipes.
Hot-DIP galvanized steel frames and aluminum alloy frames with adjustable angles are available.
A complete testing system developed by Himin Solar ensures that all the heat pipes delivered by us have undergone stringent tests.
How does the heat pipe collector work?
Sunlight is captured by the coated vacuum tubes which absorb the radiation as heat and conduct it through aluminum fins to the heat pipes. The liquid inside the heat pipes vaporizes as it is heated and the vapor rapidly rises to the condenser (top), releasing the latent heat, and condenses to form a liquid and returns to the pipe bottom where it evaporates once more and repeats the cycle. A manifold on the top of the solar collector allows a working fluid (typically anti-freeze) to absorb the heat from the top of each heat pipe. The working fluid is pumped through the manifold and then through an external heat exchanger which transfers the heat to water in a pressurized storage tank.
Features
High purity (99.97%) copper heat pipe features excellent corrosion resistance and can stand high temperature up to 250C The degradation of heat transfer property is less than 5% within 5000 hours.
Unique cold welding technology seals in the special working fluid inside of the heat pipe, ensuring that air will not enter.
The first fully automatic copper pipe cleaning line in the industry ensures higher performance and longer service life of the pipes.
Hot-DIP galvanized steel frames and aluminum alloy frames with adjustable angles are available.
A complete testing system developed by Himin Solar ensures that all the heat pipes delivered by us have undergone stringent tests.
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