References / K. H. Al Saidib A. S. / Renewable energy / Malik A.S. / Residential Photovoltaic (Solar Electric) Stand Alone Systems / Diodes / Halliburton Worldwide Limited / Schlissel D. Coal / Majan Electricity Company / Photovoltaic Power Systems / Enel / MJEC Company / /
Country
Oman / United States / United Kingdom / /
Currency
OMR / USD / / /
Event
Environmental Issue / /
Facility
Sultan Qaboos University / PV power system / kW PV power system / College of Engineering / University of Southampton / Nizwa College of Technology / /
IndustryTerm
low electricity production rate / annual energy / clean energy project modeling / natural gas / public electricity grid / clean energy resource / Natural gas gives / electrical devices / produced clean energy / greenhouse gas / annual energy results / analysis software / oil / electric energy / energy resource / energy / energy production / on grid utility systems / average electricity production rate / electricity / front technologies / software helps / stand-alone systems / exported electricity income / energy performance / installation site / electricity production / energy module / energy efficiency / electricity needs / electricity production rate / Coal mining / solar power systems / energy model / energy module results / produced energy / /
Organization
Nizwa College of Technology / Sultan Qaboos University / Muscat / College of Engineering / University of Southampton / /
Person
A. Al Lawatid / S. Al Abria / Ian MacGill / Joachim Seel / Al Busaidic / Work / I. Al Farsie / Shi Zhengrong / K. Al Ajmid / Morgan Bazilian / / /
Position
http /
ProgrammingLanguage
php / /
ProvinceOrState
Aurora / /
Technology
radiation / php / html / pdf / MPP algorithm / Polycrystanline Module technology / /
International Journal of Smart Grid and Clean Energy Design of a 50 kW solar PV rooftop system M. H. Albadia, R. S. Al Abria, M. I. Masouda*, K. H. Al Saidib, A. S. Al Busaidic, A. Al Lawatid, K. Al Ajmid, I. Al Farsie