The deployment of the use of inshore wind farms is an important for the preservation of the environmental aspects of the Mediterranean Sea zone, and seeks to achieve this goal all major industrialized countries bordering it. To assess the wind profile and its economic feasibility for the coastal area in Sidi Barrani province, a meteorological station with mast of 10 m was constructed near the Mediterranean Sea shore in Egypt. The density of wind power was assessed at the level of 100 m monthly and seasonally after taking into account the correction of air density. On the annual basis, the station is rated with high potential 441 kW/m². This is an ideal location for large-scale wind turbine to generate sustainable electricity. A performance assessment was executed using three commercialized wind generators having capacity of 2000 kW from different manufacturers and were also equal in height and rotor diameter, for choosing the best unit suitable for the target area. The economic analysis of a 200 MW coastal wind farm in the studied area was done using the advanced method of present value costs. The findings prove that the proposed project could produce approximately 988 GWh per year of electrical energy with an economic price of 1.7 US cents per kWh.

部署近海风电场的使用对于保护地中海地区的环境方面非常重要，并寻求实现这一目标，所有与它接壤的主要工业化国家。为了评估西迪巴拉尼省沿海地区的风廓线及其经济可行性，在埃及地中海沿岸附近建造了一个 10 m 桅杆的气象站。考虑空气密度修正后，风电密度按月和季节在100 m水平进行评估。按年计算，该电站的额定潜力为 441 kW/m ². 这是大型风力涡轮机产生可持续电力的理想场所。使用来自不同制造商的容量为 2000 kW 且高度和转子直径相同的三台商业化风力发电机进行性能评估，以选择适合目标区域的最佳机组。使用现值成本的高级方法对研究区域内的 200 MW 沿海风电场进行了经济分析。调查结果证明，拟议的项目每年可产生约988 GWh 的电能，经济价格为每千瓦时 1.7 美分。