Home Heat Pipe Solar Collector

Heat Pipe Solar Collector

20’ / 40’Container






SPA(B) -47/1500-12


980×1300×1215


1.2


70 (60℃)


141


295


 




SPA(B) -47/1500-15


1190×1300×1215


1.5


90 (60℃)


120


240


 




SPA(B) -47/1500-18


1400×1300×1215


1.8


120 (60℃)


95


198


 




SPA(B) -47/1500-20


1540×1300×1215


2.0


120 (60℃)


85


178


 




SPA(B) -47/1500-24


1820×1300×1215


2.4


150 (60℃)


71


148


 




SPA(B) -47/1500-30


2240×1300×1215


3.0


180 (60℃)


57


120


 




 


 


 


 


 


 


 




SPA(B) -58/1800-12


1090×1520×1400


1.99


110 (60℃)


123


258


 




SPA(B) -58/1800-18


1570×1520×1400


2.66


150 (60℃)


82


172


 




SPA(B) -58/1800-20


1730×1520×1400


2.98


175 (60℃)


73


155


 




SPA(B) -58/1800-24


2050×1520×1400


3.56


220 (60℃)


56


118


 




SPA(B) -58/1800-30


2530×1520×1400


4.43


260 (60℃)


45


96


 




 


 


 


 


 


 


 




SPA(B) -70/1700-10


SPA1065×1360×1265


1.5


120 (60℃)


132


278


 




SPA(B) -70/1700-20


SPA2015×1360×1265


3.1


240 (60℃)


62


122


 




SPA(B) -70/1700-25


SPA2490×1360×1265


4


300 (60℃ )


45


96


 





Specifications


Manifold Material

Stainless steel SUS 304 2B for the SPA type manifoldAluminum alloy for the SPB type manifold

Borosilicate Glass

According to ISO3585:1991

Transmittance of Borosilicate Glass

0.92

Absorbance of Solar Selective Absorptive Coating

0.94

Hemispherical Emittance

0.08

Getter

According to GB/T9505-1998

Start-up Temperature

No more than 25

Start-up Time

No longer than 2 minutes under normal sunshine

Low Temperature Resistance

No breaks at -30

Heat Impact Resistance

No damage after over 3 time’s alternative impact of cold water below 25 and hot water over 90

Pressure Resistance

0.6MPa

Hail Resistance

No damage by the impact of 25mm diameter hail



Main Features

1. This heat pipe solar collector adopts the advanced and dependable heat transfer method of heat pipe. Both the superior solar selective absorbing coating and the upper air heat preservation state make the daily average thermal efficiency of heat collecting system reach more than 50%. Thus, our product can provide plenty of advantages such as high thermal collecting efficiency, great heat gain, high output temperature and so on.

2. Other remarkable features of our heat pipe solar collector include quick pressure bearing operation, high strength of structure, as well as strong resistance to frost. It can work normally even at the temperature of -30℃, which possesses the ability of resisting the impact from hail with the diameter of less than 25mm.

3. The heat collector is block construction, which is easy for transportation and installation. When any vacuum tube in system requires maintenance, it can be replaced without hindering the system operation. It is very convenient to maintain it.

4. Furthermore, our product has concise and beautiful appearance, which can also integrate with the building. It is especially suitable for the large scale of engineering.

5. Inside our heat pipe solar collector, the vacuum tube contains no water. Even though the vacuum tube is broken, the heat collector can still work as usual and provide ultra long service life.

Heat Pipe Solar Collector

Recommended Products
Hot Products