|
Other Products from HouseNeeds.com
|
|
Home /
Solar Water Heating /
Heat Transfer Solar /
Heat Transfer Solar Buy
Heat Transfer Solar Panels - HP-30SC
Vaccum Tubes Solar Panels - Solar Collector Evacuated Tube
Federal TAX Credit up until December 31, 2016 for Solar Water Heating Systems - Click Here
|
Heat Transfer Solar Panels
Heat Transfer Solar Collectors use high efficiency twin-glass evacuated tubes to absorb solar energy and convert it
into usable heat. Freeze protected heat pipes transfer heat from within the evacuated tube up to an
insulated copper header pipe through which a heat transfer liquid is circulated. Suitable for
domestic or commercial applications, Heat Transfer Solar Collectors maintain strong efficiency levels even at high delta-t
temperatures. For this reason Heat Transfer collectors are ideal for cold regions and high temperature
applications.
|
Heat Transfer Solar Panels - HP-30SC Technologies
|
A heat pipe acts like a high conductance thermal conductor. Due to its thermal-physical properties,
its heat transfer rate is thousand's times greater than that of the best solid heat conductor of
the same dimensions. The basic heat pipe is a closed container consisting of a capillary wick
structure and a small amount of vaporizable fluid.
A heat pipe employs an evaporating-condensing cycle, which accepts heat from an external source,
uses this heat to evaporate the liquid (latent heat) and then releases latent heat by reverse
transformation (condensation) at a heat sink region. This process is repeated continuously by
a return feed mechanism of the condensed fluid back to the heat zone.
In the solar collector, the condensation zone is at a higher level than the evaporation zone.
The transport medium condensed (in the condensation zone) returns to the evaporation zone under
the influence of the gravity. Then, there is no need of capillary wick structure.
The maximum operating temperature of a heat pipe is the critical temperature of the used heat
transfer medium. Since no evaporation/condensation above the critical temperature is possible,
the thermodynamic cycle interrupts when the temperature of the evaporator exceeds the critical
temperature.
|
|
Heat Transfer Solar Panels Techs and Specs
Heat Transfer Solar Panels PDF Manuals
Solar Heat FAQ's
|
