Test Of Thermal Efficiency Of Phase Change Heat Exchange Of The Ambergy Collector
Ambergy, Inc. has developed a phase change tube design that moves heat from a flattened surface to its elevated end. The design would seem to be ideal for a solar thermal collector, with the flattened surface acting as the solar energy absorber and the elevated heat transfer surface constructed within a heat exchanger for heat transfer to water for solar hot water applications. The Ambergy design allows for low cost materials to be used in the absorber itself, as opposed to standard marketed solar hot water collectors that are made of copper. Thus if a collector of the Ambergy design would operate at thermal efficiencies similar to existing designs, the opportunity would exist for the production of a reduced cost collector. Ambergy contacted the Florida Solar Energy Center (FSEC) and contracted with FSEC to carry out a series of tests on the prototype Ambergy collector, to determine how well it would operate, that is, function as a solar hot water collector when compared to a typical design. Tests were completed. This Report provides the results of the tests which are proprietary to Ambergy, Inc.
Florida Solar Energy Center and Cromer, Charles, "Test Of Thermal Efficiency Of Phase Change Heat Exchange Of The Ambergy Collector" (2008). FSEC Energy Research Center®. 406.