2012 IEEE Power and Energy Society General Meeting 2012
DOI: 10.1109/pesgm.2012.6344576
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Electrical power analysis of Zayt Gulf onshore wind farm

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Cited by 2 publications
(4 citation statements)
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“…A previous work (Helal et al, 2012) suggested that the bird migration problem can be solved using turbines having heights either lower than 70 m or higher than 100 m. They further assessed the energy potential at height of 40 m. Another work (Ahmed Shata and Hanitsch, 2006b) assessed the energy potential at elevation of 50 and 70 m. Another study on bird migrations in this area was conducted by New & Renewable Energy Authority, NREA (2013), showing that the bird migration problem can be solved using the shutdown on demand system during the passage of birds over the area to reduce the effects of birds' collisions with the turbines. Table 1 shows the monthly average as well as the annual mean wind speed, and the main wind direction for five selected locations at 10 m heigth along the Red Sea coast: Abu Darag, Zafarana, Gabal El Zayt, Hurghada, and Ras Benas (Ahmed, 2010;Hanitsch, 2006b, 2008;Helal et al, 2012). Gulf El Suez is very windy region especially at Gabal El Zayt where the maximum wind speed occurs in August with a value greater than 10 m/s and it can be higher at elevations higher than 10 m. In the other locations (Abu Darag, Zafarana, Hurghada, and Ras Benas), the maximum wind speed varies between 7.1 and 8.7 m/s.…”
Section: Assessment Of Onshore Wind Resource In Egyptmentioning
confidence: 94%
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“…A previous work (Helal et al, 2012) suggested that the bird migration problem can be solved using turbines having heights either lower than 70 m or higher than 100 m. They further assessed the energy potential at height of 40 m. Another work (Ahmed Shata and Hanitsch, 2006b) assessed the energy potential at elevation of 50 and 70 m. Another study on bird migrations in this area was conducted by New & Renewable Energy Authority, NREA (2013), showing that the bird migration problem can be solved using the shutdown on demand system during the passage of birds over the area to reduce the effects of birds' collisions with the turbines. Table 1 shows the monthly average as well as the annual mean wind speed, and the main wind direction for five selected locations at 10 m heigth along the Red Sea coast: Abu Darag, Zafarana, Gabal El Zayt, Hurghada, and Ras Benas (Ahmed, 2010;Hanitsch, 2006b, 2008;Helal et al, 2012). Gulf El Suez is very windy region especially at Gabal El Zayt where the maximum wind speed occurs in August with a value greater than 10 m/s and it can be higher at elevations higher than 10 m. In the other locations (Abu Darag, Zafarana, Hurghada, and Ras Benas), the maximum wind speed varies between 7.1 and 8.7 m/s.…”
Section: Assessment Of Onshore Wind Resource In Egyptmentioning
confidence: 94%
“…However, this region (Gulf El Suez) is a pathway for the birds’ migration from east and west Europe to east and middle Africa during the autumn and back to Europe during the spring. A previous work (Helal et al, 2012) suggested that the bird migration problem can be solved using turbines having heights either lower than 70 m or higher than 100 m. They further assessed the energy potential at height of 40 m. Another work (Ahmed Shata and Hanitsch, 2006b) assessed the energy potential at elevation of 50 and 70 m. Another study on bird migrations in this area was conducted by New & Renewable Energy Authority, NREA (2013), showing that the bird migration problem can be solved using the shutdown on demand system during the passage of birds over the area to reduce the effects of birds’ collisions with the turbines.…”
Section: Introductionmentioning
confidence: 94%
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“…p v is wind turbine output power curve [9]. Average long-term wind speed data at 10 m hub height are obtained from Ref [7], and [14][15][16][17][18]. The wind speed at turbine hub height can be estimated by Eq.…”
Section: Wind Turbine Capacity Factor and Output Energymentioning
confidence: 99%