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Queen's university solar calorimeter ¨C design, calibration, and operating procedure

Harrison, S. J. and Collins, M. R., Harrison, S. J. and Bernier, M. A.
1999
Solar Energy Society of Canada Conference, August, Edmonton, Canada


Harrison, S. J. and Collins, M. R., Harrison, S. J. and Bernier, M. A., (1999), "Queen's university solar calorimeter ¨C design, calibration, and operating procedure", Solar Energy Society of Canada Conference, August, Edmonton, Canada.
Abstract:
This paper describes the design, calibration, and use of a new solar calorimeter for the Canadian environment, which has recently been built at the Solar Calorimetry Laboratory, located at Queen's University, Kingston, Ontario. Design of the calorimeter was aided by previous experience in calorimeter construction. As such, the calorimeter has many features that have proven successful in other calorimeter designs, along with some innovations. This experience also suggested that a small calorimeter, that incorporates several key features, could enable rapid testing of small window samples. The calorimeter was designed to be portable, and has been used both in and out of doors. This facility should allow for the accurate determination of the optical and thermal performance of fenestration, and has research and commercial applications.

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Author Information and Other Publications Notes
Harrison, S. J.
  1. A Reference heat source for solar collector thermal testing
  2. Determination of Window Thermal Characteristics Using a Solar Simulator Based Test Method
  3. Evaluation of solar heat gain coefficient for solar-control glazings and shading devices  
Collins, M. R.
  1. Experimental Model Validation of a Hybrid PV/thermal Air based Collector with Impinging Jets
  2. Solar gain through windows with shading devices: simulation versus measurement
  3. Thermal resistance of a window with an enclosed venetian blind: guarded heated plate measurements  
Harrison, S. J.
  1. A Reference heat source for solar collector thermal testing
  2. Determination of Window Thermal Characteristics Using a Solar Simulator Based Test Method
  3. Evaluation of solar heat gain coefficient for solar-control glazings and shading devices  
Bernier, M. A.
  1. A Reference heat source for solar collector thermal testing  



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