Spatial Suitability of Wind Investment in Power Generation in Al-Qadisiyah Governorate

Authors

  • Prof. Dr. Muthanna Fadel Ali Al-Waeli Faculty of Arts / University of Kufa
  • Researcher Noura Huwaidi Atshan Directorate of Education Qadisiyah Governorate

DOI:

https://doi.org/10.36322/jksc.179(B).22881

Keywords:

Geography, The climate, Energy, The wind, Al-Qadisiyah Governorate, Weibull distribution, turbine capacity, spatial suitability

Abstract

The research revolves around (The spatial Suitability for wind energy investment in power generation In Al-Qadisiyah Governorate) from a geographical perspective.  This study aims to determine the possibility of exploiting the speed of the wind to convert its kinetic energy into electrical energy in Al-Qadisiyah Governorate, calculate the amount of energy that can be produced, and then determine suitable locations for establishing wind energy systems.  The study consisted of four sections, the first section included theoretical evidence.  In the second section, the wind characteristics are analyzed.  The third section included the potential of wind in generating energy and calculating it through three equations, for three altitudes and four stations.  The fourth section dealt with spatial suitability and determining the most appropriate sites for harvesting wind energy through several criteria to determine the appropriate location for establishing wind energy projects in the study area.  The research found a temporal and spatial variation (horizontal and vertical) of the study area in wind speed rates and energy, as the governorate was divided into three wind energy regions.  It has energy-suitable winds at high altitudes, especially 50 m. The study reviewed suitable locations so that the competent authorities could establish projects there.

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References

المصادر

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(3) Patel, Mukund R.(1999), Ph.D., P.E., Wind and Solsr Power System, CRC Press, Boca Raton London New York Washington, D.C.

(4) Waewsak J., C. Chancham, M. Landry and Y. Gagnon (2011), An Analysis of Wind Speed Distribution at Thasala, Nakhon Si Thammarat, Thailand, Journal of Sustainable Energy & Environment, (2), 51.

(5) Hadi, Firas Abdulrazzaq (2014), Construction of Mathematical-Statistical Model of Wind Energy in Iraq Using Different Weibull Distribution Functions, [ A Dissertation], AL-Nahrain University College of Science.

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References: Sources:

• Al-waeli (2018), Muthanna Fadhel Ali, Geography of Energy, foundations and problems, 1st ed, Dar Al-safa publishing and Distribution, Amman.

• Ghanem(2014), Ali Ahmed, Climatological Geography, 4th ed., Dar Al-Maysara publishing, Distribution, and printing , Amman.

• Patel, Mukund R.(1999), Ph.D., P.E., Wind and Solsr Power System, CRC Press, Boca Raton London New York Washington, D.C.

• Waewsak J., C. Chancham, M. Landry and Y. Gagnon (2011), An Analysis of Wind Speed Distribution at Thasala, Nakhon Si Thammarat, Thailand, Journal of Sustainable Energy & Environment, (2), 51.

• Hadi, Firas Abdulrazzaq (2014), Construction of Mathematical-Statistical Model of Wind Energy in Iraq Using Different Weibull Distribution Functions, [ A Dissertation], AL-Nahrain University College of Science.

• Ministry of Planning, Central Bureau of Statistics (2021). Annual Statistical Group, Baghdad.

• Ministry of Transport, General Authority of Meteorology and Seismology (2023), Climate Department. Unpublished Data, Baghdad

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• Ministry of Agriculture, Meteorological Center (2023), Climatic Data Division. Unpublished Data on the Website. http://www.agrome.gov.iq .

the Websitehttp://wind-data.ch/tools/profile.php.

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Published

2026-04-26

How to Cite

Al-Waeli, M. and Atshan, N. (2026) “Spatial Suitability of Wind Investment in Power Generation in Al-Qadisiyah Governorate”, Journal of Kufa Studies Center, 1(79(B), pp. 135–178. doi:10.36322/jksc.179(B).22881.

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