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<p>Vertical-axis wind turbines can collect wind energy from all directions, and they work well in cities where the wind flows in complicated ways. There are some areas of high speed in the flow field surrounding structures, and the blocking effect can make the wind move faster. They can also be put in at a set height without getting in the way of people walking or driving. This paper due to the capital’s consumption of electricity and its long hours of power outages, clean wind energy can be used instead of generators to reduce air pollution in Baghdad. Calculating the available wind energy at a height of 10&#xa0;m in all of Baghdad using the Weibull wind distribution showed high wind availability with highly variable, which is suitable for vertical wind turbines that are affordable for the citizen and small in size, and suitable for home use in Baghdad with a height of 10&#xa0;m or more. We analyzed the data for three years using the GIS program IDW tool, where this tool showed the wind speed in three years for all regions of Baghdad using 90 points from the NASA site for all the capital and showed the average speed between 4 to 5&#xa0;m/second for all the capital, which is suitable for operating the turbine at the highest power. It also showed the average and maximum speeds obtained in the maps for the benefit of decision makers to understand the most suitable location for wind turbines to provide environmentally friendly electrical energy.</p>

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Calculating Wind Energy at a Height of 10 m in Baghdad and Choosing the Best Turbine to Generate Power Using GIS

  • 期刊论文

  • 发表日期：

    2026年2月19日

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  • Qusai N. Jaleel,
  • Mustafa E. Hammadi,
  • Muhaiman A. Abdul-Hussain,
  • Mustafa B. AL-Din

摘要

Vertical-axis wind turbines can collect wind energy from all directions, and they work well in cities where the wind flows in complicated ways. There are some areas of high speed in the flow field surrounding structures, and the blocking effect can make the wind move faster. They can also be put in at a set height without getting in the way of people walking or driving. This paper due to the capital’s consumption of electricity and its long hours of power outages, clean wind energy can be used instead of generators to reduce air pollution in Baghdad. Calculating the available wind energy at a height of 10 m in all of Baghdad using the Weibull wind distribution showed high wind availability with highly variable, which is suitable for vertical wind turbines that are affordable for the citizen and small in size, and suitable for home use in Baghdad with a height of 10 m or more. We analyzed the data for three years using the GIS program IDW tool, where this tool showed the wind speed in three years for all regions of Baghdad using 90 points from the NASA site for all the capital and showed the average speed between 4 to 5 m/second for all the capital, which is suitable for operating the turbine at the highest power. It also showed the average and maximum speeds obtained in the maps for the benefit of decision makers to understand the most suitable location for wind turbines to provide environmentally friendly electrical energy.