Igor Kovacevic Wind farms 2010
Igor Kovacevic Wind farms 2010 Igor Kovacevic Wind farms 2010
2. INVESTIGATION OF WIND POTENTIALS 2.1. Theoretical Researches � Numerical simulations � Correction factor, relation of measured and calculated wind speed � Detailed analysis, which covers all relevant limitations influencing the reduction of utilization of wind energy potential Renewable Energy Resource Assessment of Republic of Montenegro in 2007 Wind potential assessment on the of shore region in Montengro in 2011 Technical energy potential of wind [W/m 2 ] at 50 m Wind farms and their influence on the surrounding environment Podgorica, December 17 th 2010 2.1. Theoretical Researches (cont.) � Based on numerical calculation and model the wind maps for Montenegro show significant potential in certain areas � Yearly average wind speed (m/s) at 80 m above ground � Map of 1 km resolution Wind Resource Map Montenegro by Vestas in 2010 Wind farms and their influence on the surrounding environment Podgorica, December 17 th 2010 2. Investigation of Wind Potentials 2. Investigation of Wind Potentials
2.2. Field Measurements � FERSA (Spain): Ulcinj, Bar, Podgorica, Tivat, Brajići (Budva-Cetinje) � IVICOM WIND (Montenegro) and MITSUBISHI (Japan): Krnovo donje and Krnovo gornje, Nikšić � NTE (Norway): region of Rumija Mountain, Bar � EKO ENERGIJA (Montenegro): Ilijino brdo, Nikšić � CETMA- IMELS (Italy): region of Njegoš Mountain, Nikšić and Poljice Pass, Budva Measurement stations in Bar Wind farms and their influence on the surrounding environment Podgorica, December 17 th 2010 2.2. Field Measurements (cont.) � Mozura site , Ulcinj and Bar - Measurements for 1 year, mean velocity 10 min, 40-60-68 m pole - Average wind speed 5.6-5.8 m/s � Krnovo site , Nikšić and Šavnik - Measurements for 1 year, mean velocity 10 min, 60 m pole - Average wind speed 6.2 m/s Mean wind profile and terrain profile, Mozura site Wind farms and their influence on the surrounding environment Podgorica, December 17 th 2010 2. Investigation of Wind Potentials 2. Investigation of Wind Potentials
- Page 1 and 2: Abbreviation:: Abbreviation D.Sc. I
- Page 3: 1.3. Legislative RES Framework �
- Page 7 and 8: 3.3. Agreements � ME signed two A
- Page 9 and 10: 4.2. The final electricity tariff i
2. INVESTIGATION OF WIND POTENTIALS<br />
2.1. Theoretical Researches<br />
� Numerical simulations<br />
� Correction factor, relation of<br />
measured and calculated wind<br />
speed<br />
� Detailed analysis, which covers all<br />
relevant limitations influencing the<br />
reduction of utilization of wind<br />
energy potential<br />
Renewable Energy Resource<br />
Assessment of Republic of<br />
Montenegro in 2007<br />
<strong>Wind</strong> potential assessment on the of<br />
shore region in Montengro in 2011<br />
Technical energy potential of wind<br />
[W/m 2 ] at 50 m<br />
<strong>Wind</strong> <strong>farms</strong> and their influence on the surrounding environment<br />
Podgorica, December 17 th <strong>2010</strong><br />
2.1. Theoretical Researches (cont.)<br />
� Based on numerical calculation and<br />
model the wind maps for<br />
Montenegro show significant<br />
potential in certain areas<br />
� Yearly average wind speed (m/s) at<br />
80 m above ground<br />
� Map of 1 km resolution<br />
<strong>Wind</strong> Resource Map<br />
Montenegro by Vestas in <strong>2010</strong><br />
<strong>Wind</strong> <strong>farms</strong> and their influence on the surrounding environment<br />
Podgorica, December 17 th <strong>2010</strong><br />
2. Investigation of <strong>Wind</strong> Potentials<br />
2. Investigation of <strong>Wind</strong> Potentials
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