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This document summarizes research on the performance evaluation of a funnel type solar cooker. It describes the materials and process used to fabricate the solar cooker, including an outer box made of plywood with an inner aluminum sheet box. Temperature sensors are placed at various locations to test the cooker under stagnation, water heating, and cooking tests. Performance is evaluated based on parameters like cooking power, efficiency, and cooking times for different foods. References are provided for related work on improving cooker design and performance.
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1st ppt copymodified2
- 1. BY MR.VINAY P. SHENDE M.Tech. (EMS) 4th Semester Under the Guidance of Prof. R.E. THOMBRE Deptt. Of Mechanical Engineering R.C.E.R.T. Chandrapur. A FIRST PRESENTATION ON PERFORMANCE EVALUATION OF FUNNEL TYPE SOLAR COOKER RASHTRASANT TUKADOJI MAHARAJ NAGPUR UNIVERSITY NAGPUR – 2010-11
- 9. PUTTING BOXES TOGETHER AND INSULATION
- 19. 1) A.V. Narasimha Rao a,*,1, S. Subramanyam “Solar cookers––part I: cooking vessel on lugs” Solar Energy 75 (2003) 181–185, 2) Tariq A. Al-Azaba, M. Q. Al-Odatb* and F. M. Al-Hussi, “Experimental Investigation of a Box-Type Solar Cooker with Finned Pot Thermal Performance in Jordan” GCREEDER 2009, Amman Jordan, March 31st April 2nd 2009 , 3) C. Lertsatitthanakorn “Experimental determination of energy efficiency of conical solar cooker. 4) R. Gayapershad, S.T. Dladla and M.J. Brooks “Preliminary Result from performance evaluation study of commercial solar cooker”. 5) H. Hüseyin , “Evaluation of efficiency for solar cooker using energy and exergy analyses.” 6) V.V.S. Murty & Preeti Kanthed, “Thermal performance of a solar cooker having phase change material as transparent insulation.” 7) Subhash Y. Kamdi, R.E. Thombre, Subroto Dutt, “Energy Evaluation of Paraboloid Dish Collector - A Knowledge Based Approach”, All India Seminar with International Participation on Non Conventional Energy Sources and Urban Rural Economy in Developing Countries, Co-Gen, 2008, 9-10 Feb. 2008, Nagpur India. 8) Subhash Y. Kamdi, R.E. Thombre, Subroto Dutt, “A Mathematical Approach for Paraboloid Dish Collector Designing.” 9) C Z M Kimambo, Department of Energy, University of Dar es Salaam, “Development and performance testing of solar cookers”, Journal of Energy in South Africa Vol.18 No.3, August- 2007 10) Kathy Dahl-Bredine6, “Windshield shade solar funnel cooker” April 2006. 11) Herliyami Suharta, Dieter Seifert, AAM Sayigh, “Clean Development Mechanism (CDM) Solar Cooker Project ACEH1, Indonesia.” 12) Heinz Vetter “Solar Cooker Project of ADES.” 13) H. P. Garg and J. Prakash , Solar Energy, p-166-17, Tata McGro-Hill. REFERENCES