The wind characteristic for six stations, on the Red Sea and Sinai coasts in Egypt, are analyzed for power generation. The Weibull parameters are determined by two methods. The best locations are El-Tur, Hurghada and Zafarana, where annual average wind speed at 10m are greater than 4.5m/s.
Solar Energy Research institute, Wind Energy: Technical Information Guide. US Department of Energy; 1989.
2.
RizkM., Wind characteristic and the available wind energy in Egypt. Solar and Wind Technology1987; 4(4):491–9.
3.
MortensenN. G., Usama Said, Wind Atlas for Gulf of Suez, Arab Republic of Egypt. Measurements and modeling 1991–95. European Wind Energy Conference. Sweden (Göteborg): H.S. Stephens and associates ltd; 1996: 623–626.
4.
RenneD.S.ElliottD. L.HolstB. D.El-BassyouniK., Wind Energy resource assessment activities in Egypt. EWEC′86, Processding of European Wind Energy Association Conference and Exhibition. Italy (Rome): A. Raguzzi, Bookshop for Scientific Publications; 1986: 299–304.
5.
KhaledS. M. EssaEmbabyM., Influence of topographical terrain on the standard deviation of wind speed, accepted in Journal of the Egyptian Society of Nuclear Science and Applications, (2007).
6.
Ahmed ShataA. S., Site Potential of Egypt for Wind energy Applications. MSc. thesis submitted to Physics department, Faculty of Science, Zagazig University, Egypt; 2000.
7.
Abu El-EizzH. M.Al-MotawakelM. K.Abu El-EizzZ. A., Wind Characteristic and energy potentialities of some selected Sites in the Yemen Arab Republic and the republic of Egypt. Renewable Energy1991;1(5):675–81.
8.
ElliottD. lRenneD. S.BassyouniK., Wind energy resources assessment of Egypt. Proceeding of the Sixth ASME Wind energy sympodium, Texas (Dallas)1987;3:215–6.
9.
AnaniAZuamotSAbu-AllanFJibrilZ., Evaluation of wind energy as a power generation source in a selected site in Jordan. Solar and wind technology1988; 5(1): 67–74.
10.
LysenH., Introduction to wind energy. Consultancy Services, Wind Energy, Developing Countries (CWD), 82–1, May, 2nd Edition, The Netherlands; 1983: 36–47.
11.
DarwishA. S. K.SayighA. A. M., Wind energy potential in Iraq. Solar and Wind Technology1998; 5(3): 315–22.
12.
NafaouiH.BahrauiJ.DarwishA. S. K.SayighA. A. M., Wind energy potential in Morocco. Renewable Energy1991; 1(1):1–8.
13.
JamilMParsaS.MajidiM., Wind power statistics and evaluation of wind energy density. Renewable Energy1995:6(5):623–8.
14.
KhogaliA.AlbarO.F.YousifB., Wind and solar energy potential in Makkah (Saudi Arabia)-Comparison with Red Sea coastal sites. Renewable Energy1991;1(3):435–40.
15.
VogiatzisN.KottiK.SpanomitsiosS.StoukidesM., Analysis of wind potential and characteristics in North Aegean, Greece. Renewable Energy (2004); 29: 1193–208.
16.
KhaledS. M. EssaEmbabyM., Statistical Evaluation of Wind Energy Using Average Velocity at Inshas, Egypt, Wind Engineering2005; 29(1): 83–88.
17.
RanganathanC.R.RamanathanM.SwaminthanK. R., Estimation of wind power availability in Tamil Nadu. Renewable Energy1991;1(3):429–34.
18.
ChristoffersonR. D.GilletteD. A., A simple estimator of the shape factor of the two parameter Weibull distribution. Journal of Climate and Applied Meteorology1987; 26: 323–5.
19.
KhaledS. M. EssaSoadM. EtmanEmbabyM., The effect of air density variation on wind power flux, Wind Engineering, 2004;28(3): 305–310.
20.
JustusC. G.MikhailAmir, Height variation of wind speed and wind distribution statistics. Geophysical Research Letters1976; 3(5): 261–4.
21.
KamelFouad, A small locally produced windmill for electric power generation as a model for small industry. Renewable Energy1995; 6(5): 629–32.