Solar Collector (SLHPC)

I. IC-CN patent technology, compatibility of high and low temperature between -30-300 celsius degree, globally suitable.
II. Cu+H2O, the most stable configurations till now, has been awarded RoHS certificate.
III. High quality shell material TU1, effectively reduce the non-condensable gas.
IV. Freeze Protection: Because the heat pipe is located
within the evacuated glass tube, brief overnight temperatures as low as -20oC (14oF) will not cause the heat pipe to freeze.  
V. High heat conduction coefficient: is 2000 -5000 times of metal materials.
VI. High quantity of heat conduction: is 1000 times than old metal materials.
VII. Low temperature difference: less than 4 celsius degree difference in 2 meter long pipe.

Feature

The heat pipe consists of the glass evacuated tube and a copper heat pipe which is installed within the glass tube. The copper heat pipe conducts heat from within the evacuated tube to its tip (condenser) which is plugged into the header pipe contained in the manifold. As water runs through the header pipe heat is transferred from the heat pipe condenser to the water.

Description

Heat Pipe Solar Collector

Heat Pipe Solar Collector
Description
The heat pipe consists of the glass evacuated tube and a copper heat pipe