THE ASSESSMENT OF WIND ENERGY POTENTIAL IN DIFFERENT AREAS OF IRAN

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ROSHAN GH.R.; GHANGHERMEH A.A.; SHAHKOEEI E.

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Journal: Journal of Regional Planning Year:2014 | Volume:4 | Issue:14 Page(s): 13-30

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Information Journal Paper

Title

THE ASSESSMENT OF WIND ENERGY POTENTIAL IN DIFFERENT AREAS OF IRAN

Author(s)

ROSHAN GH.R. | GHANGHERMEH A.A. | SHAHKOEEI E. | Issue Writer Certificate

Keywords

RENEWABLE ENERGYQ2

WIND TURBINESQ2

WIND PROFILESQ2

SPEED CLASSESQ2

IRANQ2

Abstract

The overall conclusion of this study, which is based on comparing the frequency of the wind period (windy) and slow period (Calm condition), indicates that the most frequency of the wind speed is dedicated to the third class (3.61-5.66m/s) with 0.15 percent, the first class (0.5-2.05m/s) with 0.14. percent, and the second class (2.06-3.60m/s) with 0.11percent, respectively. It should be mentioned that the least appropriate wind speed for energy production is generally 4 or 4.5 meter per second in wind projects. Thus, the third class has particular importance in terms of both classes I and II. The mean annual wind velocity variation for levels of 10, 30 and 40 meters for the whole country contains 6.20, 7.61 and 8.37 mis, respectively. In the same line, Zabol station, Ardabil and Kish show the most wind speed but Gorgan, Chabahar and Yazd show the minimum wind speed for different height levels. In addition, this study declared the wind energy capacity of country by index of WPD in different seasons so that Spring and Summer have the highest wind energy capacity but the least potential wind energy production was reported in Autumn. Based on studies, Zabol has the maximum annual production capacity of wind in proportion to other cities. Due to global warming, it is expected that more energy is needed for ventilation and cooling buildings and homes especially in warm seasons. On the other hand, the maximum wind production capacity was reported in warm seasons. Consequently, it is necessary to harness wind energy into electrical energy in order to reduce the energy crisis in future decades. Finally, this study is suggested that the climatic parameters, daily wind variation regimes and wind energy generating capacity for each country’s climatic classification due to climatic variability and diversity in daily energy need and demand in different regions of the country should be studied and analyzed.

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APA: Copy

ROSHAN, GH.R., GHANGHERMEH, A.A., & SHAHKOEEI, E.. (2014). THE ASSESSMENT OF WIND ENERGY POTENTIAL IN DIFFERENT AREAS OF IRAN. JOURNAL OF REGIONAL PLANNING, 4(14), 13-30. SID. https://sid.ir/paper/230756/en

Vancouver: Copy

ROSHAN GH.R., GHANGHERMEH A.A., SHAHKOEEI E.. THE ASSESSMENT OF WIND ENERGY POTENTIAL IN DIFFERENT AREAS OF IRAN. JOURNAL OF REGIONAL PLANNING[Internet]. 2014;4(14):13-30. Available from: https://sid.ir/paper/230756/en

IEEE: Copy

GH.R. ROSHAN, A.A. GHANGHERMEH, and E. SHAHKOEEI, “THE ASSESSMENT OF WIND ENERGY POTENTIAL IN DIFFERENT AREAS OF IRAN,” JOURNAL OF REGIONAL PLANNING, vol. 4, no. 14, pp. 13–30, 2014, [Online]. Available: https://sid.ir/paper/230756/en

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