The present study is basically on electricity generation in which solar cell or module is used to power an inverter. This can also be called photovoltaic system, because it consists of solar modules, solar charge controller, 24V.d.c battery and an inverter. Solar modules serve as source of charger through solar charge controller to the battery and inverter are used in converting the direct current into an alternating current for the domestic appliance. This study is very useful in electricity generation especially in a developing country such as Nigeria where there is epileptic power supply. It-’s use is far better than generating set because it needs less maintenance, it does not use fuel, it is not heavy, it is rugged, it does not need an alternating current for its charging and it is noiseless.
Battery, Electricity generation, Inverter, Solar cell, Solar charge controller
Coker, J.O. (2004). Solar energy and its applications in Nigeria. Global Journal of Pure and Applied Sciences 10: 223 – 225.
Duncan, T. (1997). Electronics for today and tomorrow 2nd Edition Hodder Education.
Eftichios,K and Frede, B (2011). Methods for the optimal design of grid-connected PV inverters. International Journal of Renewable Energy Research, 1 (2): 54-64.
Erusiafe, N.E. and Chendo, M.A.C (2010). Size – prediction analysis for stand-alone photovoltaic system. Nigeria Journal of Renewable Energy, 10: 15 – 27.
Esper A (1998). Solar energy, energy for biological system, Unesco/FAO working group 67 – 69
Kreider J.F. and Kreith, F. (1977). Solar heating and cooling engineering, practical design and economics, 2nd Edition Hemisphere Publishing Corporation Washington, D.C.
Markvart. T. (2001). Solar Electricity 2nd Edition. Unesco Energy Engineering series Energy Engineering Learning/ Package.
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