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Market sectors : Solar Cooling
This presentation on the experimental analysis on the performance of a solar cooling system in United Arab Emirates’ (UAE) conditions was given by CSEM UAE Innovation Center at the second Southern African Solar Energy Conference (SASEC) that took place on 28 January 2014.
This presentation, given by Dr. Uli Jakob of Solem Consulting, at the AHK (German-Australian Chamber of Industry and Commerce) conference in Sydney in March 2014, gives an update on the technologies and perspectives of solar cooling systems. It covers the different technologies used, such as sorption chillers, integrated hydraulic units and standardized solar cooling kits. It also provides a short overview of solar collector technologies for solar cooling.
During the annual Research Review of the Australian PV Institutes (APVI), held in November 2013, Ken Guthrie, Deputy Chair of the IEA SHC Executive Committee, gave a presentation on the Solar Heating and Cooling Programme of the IEA.
This report on the development of the solar cooling market, from Jeremy Osborne of Solem Consulting, was presented at the Australian Solar Cooling Conference in Sydney in 2013.
It first provides an overview of the overall Australian solar thermal market and then focuses in particular on solar cooling industry and how it can learn from the solar thermal industry in order to grow its market.
This presentation on solar cooling technologies was given by Professor S. Srinivasa Murthy of the Indian Institute of Technology Madras during the India-Spain workshop on renewable energies which took place in Sevilla in March 2011.
This report from Till Felix Reichardt of the Pontifical Catholic University of Rio de Janeiro (PUC-Rio) describes research into the various forms of solar thermal air-condition systems, and which would be best suited for use to meet the growing demand for indoor air-conditioning in Brazil.
This conference posted from Dr. Roland Winston and Heather Poiry of the University of California, Merced discusses solar thermal cooling. In particular, the team examines the current technical challenges faced by conventional solar thermal cooling designs and how these systems could be improved with new hybrid designs.