Pressurized Solar Collector for Solar Water Heating System, Split Pressure Heat Pipe Solar Collector

Brand:aa

Product detail:

 Pressurized Solar Collector

------------------------------------------------------

 

Working Principle of Thermosyphon:

 

Pressurized solar collectors consists of a vacuum tube, a heat pipe, a metal heat absorption wing and the connecting manifold. The metal heat absorption wing with selective absorption coating converts solar energy into heat energy and transfers it medium liquid inside. The vacuum between the two glass tubes works as insulation. The liquid in the heat pipe changes into vapor which rises to the condenser. When passing through the heat exchanger, the heat is absorbed and the temperature is lowed, and the vapor becomes liquid, returns to the base of the heat pipe. This transference of heat is a continuous circulation as long as the collector is heated by the sun.

 

 

 Specifications:

 

 

1)Vacuum tube: Twin-glass with three target coating of ALN/AIN-SS/CU

2)Manifold material: Aluminum alloy, thickness: 2.0mm

3)Copper header pipe: TP2 cooper, thickness: 0.8mm thickness, diameter :34mm, size:1/2"

4)Heat pipe length: 1.7m, thickness: 0.6mm      Condenser length: 60mm,
diameter: 14mm, TU1 cooper

5)Heat transfer fin:  3003 anti-corrosive Aluminum alloy fin , thickness: 0.25mm, length: 1620mm

6)Insulation layer: Compressed rock wool, thickness: 40mm

7)Frame: Aluminum alloy with plastic spraying, thickness: 1.8mm

 

 Date for 10tubes pressurized solar collectors:

 

10tubes Pressurized Solar Collectors
Model	JHC-5818-10
Physical Specifications
Overall Length	1970mm / 77.1”
Overall Height	135mm   / 5.3”
Overall Width	796mm   / 31.3”
Absorber Area	0.806m2     / 8.6ft2
Aperture Area	0.94m2   / 10.1ft2
Gross Area	1.57m2   / 16.95ft2
Gross Dry Weight	34.8kg    / 76.5lb
Fluid Capacity	290ml     / 9.8fl oz
Max Operating Pressure	800kPa   / 116psi
Max Operating Pressure	< 220oC / 432oF
Performance Variables (absorber area)
Eta0 (y-intercept)	0.751
a1 [W/(m2K)]	2.57
a2 [W/(m2K2)]	0.007*
Heat Capacity [kJ/)(m2/K)]	0.0036
Peak Power Output	890W   / 4200Btu
Key Material Specifications
Evacuated Tubes	Borosilicate 3.3 Glass
Coating	ALN/AIN-SS-Cu
Heat Pipes	High Purity Copper
Heat Transfer Fins	Aluminum
Rubber Components	HTV Silicone Rubber
Mounting Frame	Aluminum Alloy 2.0mm
Manifold Casing	Aluminum Alloy 2.0mm
Installation Guidelines
Max Flow Rate	15L/min  / 3.9gpm
Max Tubes in Series	150 tubes
Install Angle Range	20-70o