Alsabounchi, A., Alnajjar, A., Alias, M., A.A.J.Al-Douri, (2011). Stand-Alone PV Generator Comparing with Conventional Systems for Electrification of Small Social Centres in Remote Area. , 9(15), 41-48.
A.M. Alsabounchi; A.A. Alnajjar; M.F.A. Alias; A.A.J.Al-Douri. "Stand-Alone PV Generator Comparing with Conventional Systems for Electrification of Small Social Centres in Remote Area". , 9, 15, 2011, 41-48.
Alsabounchi, A., Alnajjar, A., Alias, M., A.A.J.Al-Douri, (2011). 'Stand-Alone PV Generator Comparing with Conventional Systems for Electrification of Small Social Centres in Remote Area', , 9(15), pp. 41-48.
Alsabounchi, A., Alnajjar, A., Alias, M., A.A.J.Al-Douri, Stand-Alone PV Generator Comparing with Conventional Systems for Electrification of Small Social Centres in Remote Area. , 2011; 9(15): 41-48.

Stand-Alone PV Generator Comparing with Conventional Systems for Electrification of Small Social Centres in Remote Area

Iraqi Journal of Physics
Article 1, Volume 9, Issue 15, 2011, Pages 41-48
Authors
A.M. Alsabounchi; A.A. Alnajjar; M.F.A. Alias;
Abstract
Many isolated rural communities are located in regions where there is an abundant and reliable supply of solar energy, but where the distance to the nearest power station is many tens or even hundreds of kilometre. It is therefore mainly in these areas that rural electrification is now being provided by PV generators. since Stand-Alone PV generator can offer the most cost-effective and reliable option for providing power needed in remote places. Accordingly these isolated rural canters are fitted with PV for lighting, a refrigerator, a television and socket to supply kitchen appliances .
Keywords
Stand; Alone PV system; conventional power station; Feasibility study; remote isolated rural canters
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