Journal
PROCEEDINGS OF 2019 7TH INTERNATIONAL RENEWABLE AND SUSTAINABLE ENERGY CONFERENCE (IRSEC)
Volume -, Issue -, Pages 181-184Publisher
IEEE
DOI: 10.1109/irsec48032.2019.9078275
Keywords
component; cooker box; photovoltaic energy; heating temperature; electrical power; thermal efficiency
Categories
Funding
- Morocco-Wallonie Cooperation Program Brussels (2018-2022), Wallonie-Bruxelles-International, project 4 [2]
- Association 'Man and Environment of Berkane', Berkane, Morocco
- National Initiative for Human Development INDH, Berkane Province, Morocco
- Company 'EVES Energies', Oujda, Morocco
- Company 'Micro Dess', Oujda Morocco
- -National Initiative for Human Development INDH, Berkane Province, Morocco,
- -Association 'Man and Environment of Berkane', Berkane, Morocco,
- -Company 'EVES Energies', Oujda, Morocco
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In this paper, we have realized and experimented a box-type solar cooker that is powered by photovoltaic energy. Under an illumination of 770 W / m2, an ambient temperature of 18 degrees C and electrical power of 340 W, the results show, on the one hand, a temperature of the thermal resistance which heats the cooker equal to 686 degrees C, and, on the other hand, a temperature and a thermal efficiency of the cooker worth 200 degrees C and 77%, respectively. Heating one liter of water yields a boiling time of 50 minutes, and the time needing for complete evaporation is of the order of 3 hours. In addition, the results show very significant improvements compared to thermal cookers operating directly to the sun, namely 53% increase of the heating temperature and 60 decrease on its heating duration. All the results and performances obtained in this work demonstrate the feasibility of box-type solar cookers, powered by photovoltaic energy inside homes.
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