A Survey on Wind Energy in Khuzestan Province in Order to Use the Wind Turbines

Subject Areas : Regional Planning

M. Khosravi ¹ , M. Ebrahimi ² , محمود Behrouzi ³

1 - Associate Professor, Department of Physical Geography, University of Sistan and Baluchestan, Zahedan, Iran
2 - کارشناس ارشد اقلیم‌شناسی دانشگاه سیستان و بلوچستان و دانشجوی دکتری اقلیم‌شناسی کشاورزی، دانشگاه ملایر، ملایر، ایران
3 - PhD Student in Climatology, Malayer University, Malayer, Iran

Received: 2015-06-04 Accepted : 2016-08-16 Published : 2016-07-22

Keywords: Khuzestan Province, Wind energy, Wind turbines, Wibul distribution function, Electrical power,

Abstract :

    The use of wind turbines for generating electric energy in windy regions of different countries, converted to a fully commercial and inevitable process. The aim of this paper is to evaluate the situation of wind energy in Khuzestan province for wind turbine installation purpose. For this purpose, the wind speed data of selected weather stations (Bostan, Dezful, Behbahan, Abadan, Masjed-Soleiman and Ahvaz in Khuzestan province) in period 2001-2010 were obtained from Iran Meteorological Organization. These data were analyzed by Matlab software. The Wibull distribution function is used for replaced wind discrete data. The annual wind power density and other parameters of wind energy in high levels of 10, 20 and 50 meters were calculated and to estimate the wind speed at a height more than 10 meters the model one-seventh were used. The results shown that the Dezful, Ahvaz and Abadan stations, respectively, with the ability to generate 824, 232 and 225 KW of Electricity power are suitable for the installation of the commercial wind turbines farms. In regard to the installation of commercial wind turbines at a height of 50 meters, the rotor surface of 80 meters, accounting the maximum power factor, turbines energy production capabilities and electrical power, the stations of Dezful, Abadan and Ahwaz, respectively can provide power production 443, 125 and 121 KW per second. These regions are suitable for installing the commercial wind turbines.

References:

1. Azad, A. K, Rasul M. G. Alam M. M,. Ameer Uddin S. M, Sukanta K. M, (2014): Analysis of wind energy conversion system using Weibull distribution, 10th International Conference on Mechanical Engineering, ICME Vol 90, pp 725–732 (in Persian)


2. Bekele, G, Palm, B, (2009): Wind energy potential assessment at four typical locations in Ethiopia, Applied Energy Vol. 86, PP. 388-396.


3. Belu, R.,Koracin, D., (2009): Wind characteristics and wind energy potential in western Nevada, Vol. 34, PP. 2246-2251.


4. Bianchi, Fernando D. de, Battista, Hernán, Mantz, Ricardo J, (2007): Wind Turbine Control Systems, Principles, Modeling and Gain Scheduling Design, Springer-Verlag, p 147.


5. Bilir; Levent, Mehmet Imir, Yılser Devrim, Ayhan Albostan, (2015): Seasonal and yearly wind speed distribution and wind power density analysis based on Weibull distribution function, International Journal of Hydrogen Energy, Vol 40,pp 15301–15310


6. Bostami Mohammadi,M,(2013):The Technical, Economical and Environmental feasibility of using wind energy for irrigating of farms and gardens in khuzestan province, M.Sc. Dissertation, Faculty of Agriculture, University of Shahid Chamran Ahwaz. (in Persian) 


7. Brusca, S.,(2014): A new statistical based energetic-economic methodology for wind turbine systems evaluation, 68th Conference of the Italian Thermal Machines Engineering Association, ATI2013, pp 180 - 187.


8. Chang, P.T., (2011): Performance Comparison of six Numerical Methods in Estimating Weibull Parameters for Wind Energy Application, Applied Energy. Vol. 88, NO. 1, PP. 272-282.


9. Dahbi, M.,Bentallal A., Sellam, M., (2013): the Analysis of Wind Power Potential in Sahara Site Algeria-an Estimation Using the ‘Weibull’ Density Function, Terra Green 13 International Conference 2013 - Advancements in Renewable Energy and Clean Environment, pp 179 – 188.


10. Entezari,A,Amirahmadi,A, Erfani,A, Borzoui,A, (2012):Evaluation of wind power potential and Feasibility of establishing wind power Generators in Sabzevar, Journal of Arid Regions Geographical Studies,Vol 3,No 9-10,pp 33-46(in Persian)


11. Eskina, N., Artar, H., Tolun, S., (2008): Wind energy potential of Gökçeada Island in Turkey, Vol. 12, PP. 839-851.


12. Indhumathy.D1, Seshaiah. C.V2, Sukkiramathi.K3, (2014): Estimation of Weibull Parameters for Wind speed calculation at Kanyakumari in India, International Journal of Innovative Research in Science, Engineering and Technology, Vol 3, pp 8340 – 8345.


13. Iranian Meteorological Organization (IRIMO),(2014):Wind speeds and direction data bank. (in Persian)


14. Isfahan University of Technology,(2015):, Wind Turbines Engineering Department ,http://wtg.iut.ac.ir/page19.html (in Persian)


15. Jahangiri,Z,Rahimzadeh,F,Kamali,GH.A,2005, Wind Energy Calculation by Using Weibull-2 Distribution, Geographical Researches Quarterly, Vol 20,No1(76),pp 151-170. (in Persian)


16. Jalavand, M, Bakhoda,H,Almasi, M, (2014):Wind Energy Potential Assessment for Electric Pumps of Agriculture in Broujerd, Journal of Agricultural Machinery, Vol 4,No 2,pp 368-377(in Persian)


17. Jamil,M,Abaspoursani,K,Khorasani,E,Basirea,A,Talebhaydari,M,(2005):Determining of wind velocity in Manjil region for using in Wind turbines, International Journal of Engineering Science(IJES),vol16,No3,pp55-61(in Persian)


18. Karsli, V.M. Gecit, C. (2003): An investigation on wind power potential of Nurdag-Gaziantep Turkey, Renewable Energy, Vol 28, 823–830.


19. Li, M., Li, X., (2005): Investigation of wind characteristics and assessment of wind energy potential for Waterloo region Canada, Vol. 46, PP. 3014-3033.


20. Minaian,A, Sedaghat ,A,Alamrajabi, A.A, (2013): Potentiometric survey of wind energy in Sistan and Baluchestan province and economic analysis for wind farm construction, Journal of Energy Engineering and Management, Vol 3,No 3,pp 34-41(in Persian)  


21. Ministry of Energy,(2014):Renewable Energy Organization of Iran(SUNA), http://www.suna.org.ir/en/home(in Persian)


22. Mohammadi, H, Rostami Jalilian,SH, Taghavi,F,Shamsipour ,A.A, (2012):Evaluation of Wind Energy Potential In Kermanshah Province, Physical Geography Research Quarterly, Vol 44,No 80,pp19-32. (in Persian)


23. Mojib,J,Shirani,E,AhamadiKia,H,Talebi,F,(2003):Using wind for energy generation in Kordestan province, International Journal of Industrial Engineering and Production Management (IJIE),Vol 14,No 5,pp 63-85. (in Persian)


24. Omidvar,K, Dehghantarjani,M,(2012):The evaluation of potential winds power for producing energy in synoptic stations of Yazd province, Geographical Researches Quarterly, Vol 27,No 105,pp 150-161(in Persian)


25. Rahimzadeh,F,(2011):Statistical methods in Meteorology and Climatology researches, Hossieni publication, Theran, Iran. (in Persian)


26. Rocha, P., Sousa, R., Andrade, C., Silva, M., (2012): Comparison of Seven Numerical Methods of Determining Weibull Parameters For Wind Energy Generation in The Northeast Region of Brazil, Applied Energy, Vol. 89, No. 1, pp. 395-400.


27. Saidi,D,Nematolahi,O,AlamRajabi ,A.A, (2011):A survey on potential of wind energy in North Khorasan Province, Journal of Energy Management, Vol 1,No 1,pp 49-56. (in Persian)


28. Salahi,B,(2004): Estimation of wind energy potential and fit of actual probability of wind occurrence using Weibull distribution function in Ardabil province synoptic stations, , Geographical Researches Quarterly, Vol 19,No 1(72),pp 87-104. (in Persian)


29. Shearbafian,N,(2008):Estimation of  wind power potential and its effect on saving fossil fuel in Iran,Quarterly Energy Economics Review,Vol 5,No 17,pp 113-140. (in Persian)


30. Soltani,S.B,Gholamian, S.A,Dastjani Farahni,K, (2000):Survey on potential wind energy in Amirabad port for wind turbines construction, Iranian Journal of Energy, Vol 13,No 35,pp 1-16(in Persian)


31. Tizpar,E,Satkin,M,Roshan, MA,Jorabli,AS, (2013):Analyzing of wind data of Mil Nader Region(Sistan and Baluchestan province) and determining wind density for establishing wind energy generator, The first conference of Iranian Wind Energy Association, Teheran,Iran(in Persian)


32. Zahedi,M.Salahi,B,Jamil,M, (2005):Wind power and density calculation for using energy generation in Ardabil, Journal of Geographical Research, Vol 37, No 53,pp 41-55. (in Persian)