Optimal Sizing of Standalone PV-Wind Hybrid Energy System in Rural Area North Egypt

Authors

Mohamed K. El-Nemr, Ahmed E. Elgebaly, Ahmed I Ghazala

Abstract

This paper studies the sizing of stand-alone renewable energy system applied in rural areas in the north of Egypt. The available renewable energy sources in these areas are investigated to be integrated to supply the different types of electrical loads. The quality and quantity of these sources over various weather and climate changes are studied to construct a robust energy system. The load demand in such areas is determined according to all activities require electrical energy. This study considers the different economic levels and technologies which affect the load demand value. The technique and economical indices required to obtain the optimal are investigated and applied in the various estimated cases. The genetic algorithm (GA) technique is applied to determine the size and number of photovoltaic panels and wind turbines. The obtained solution takes into account the loss of power supply probability and the minimization of system cost. This study presents an essential phase in the sustainable development of such rural areas.

Recommended Citation

K. El-Nemr, Ahmed E. Elgebaly, Ahmed I Ghazala, Mohamed (2021) "Optimal Sizing of Standalone PV-Wind Hybrid Energy System in Rural Area North Egypt," Journal of Engineering Research: Vol. 5: Iss. 4, Article 5.
Available at: https://digitalcommons.aaru.edu.jo/erjeng/vol5/iss4/5