Site Data. WTG type Power curve Annual Energy Valid Manufact. Type-generator Power, Rotor Hub Creator Name Result Result-10,0% Mean Capacity

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1 ishek AsP interface - Main Result Calculation: AsP Interface ame ite data for AsP - no long-term correction ite coordinates UTM G Zone: 1 ast:.3 orth: MD International A/ iels Jernes Vej 1 DK-9 Aalborg Ø :3/3..1 Air density calculation mode Individual per TG Result for TG at hub altitude 1,13 kg/m³ Air density relative to standard 9,9 % Hub altitude above sea level (asl) 7, m Annual mean temperature at hub alt. 3, C Pressure at TGs 93,3 hpa The calculation is based on conversion of a wind statistic (wind climate for the region) through a terrain modeling (roughness, elevation and local obstacles) to wind distribution on the turbine position based on the IDATLA method (Risø/DTU), where the software package AsP (Risø/DTU) is used for performing the calculations. The calculated wind distribution is converted to expected annual energy production (AP) through the power curve and air density correction. AsP version AsP -9 RVA11.dll 1,,, 13 ind statistics U ishek met mast 7-1 to - -, m.wws ite Data cale 1:. Calculation Results Key results for height, m above ground level ind energy:.7 kh/m²; Mean wind speed:, m/s; quivalent roughness:,9 Calculated Annual nergy TG type Power curve Annual nergy Valid Manufact. Type-generator Power, Rotor Hub Creator ame Result Result-1,% Mean Capacity rated diameter height wind factor speed [k] [m] [m] [Mh] [Mh] [m/s] [%] Yes VTA V-1.M , 7, MD Level - calculated - IC class I , 7.7 9,19, 3..1 by MD International A/, Tel , windpro@emd.dk :3 / 1

2 ishek MD International A/ iels Jernes Vej 1 DK-9 Aalborg Ø :3/3..1 AsP interface - Production Analysis Calculation: AsP InterfaceTG: VTA V-1.M Hz 1.!O!, Hub height: 7, m, Air density: 1,13 kg/m³ Directional Analysis ector Total Roughness based energy [Mh] 1.,1,3 3,1 333,1 39,3 73,1 1.13,3 1,3,7,7 7, 1.1,1.3, -Decrease due to obstacles [Mh],,,,, 1,1,,,,1,, 1, +Increase due to hills [Mh],, 7, 1,,1 1, 1, 3, 3,9 7,,, 71, Resulting energy [Mh] 1.7,3 9, 1, 3,7 3, 3,3 1.1, 1, 3,1 3,,1 1.9,1., pecific energy [kh/m²] pecific energy [kh/k].779 Decrease due to obstacles [%],,,,,1,,,,1,,,, Increase due to hills [%] 1,,1 1,9 1, 1,,9 1,7 3,7 11, 17, 1,, 7,11 Directional Distribution [%] 1,,9,,,7 7, 13,3 9,9 7,3,1 7, 1,7 1, Utilization [%], 7, 3, 3, 33, 37,, 9, 3,7 3,3 33,,3 9, Operational [Hours/year] Full Load quivalent [Hours/year] A- parameter [m/s] 1, 1,1 9,3 9,, 9, 11,1 11, 1, 1, 1,1 1,9 1,3 Mean wind speed [m/s] 9, 9,,3, 7,,3 9,9 1, 9,7 9, 9,1 9,7 9, k- parameter,9,,3,3, 3,3 3,9 3,3 3,33 3,3 3,7,71,3 Frequency [%] 1, 7,,9,7,, 11,7 7,9,, 7, 11,9 1, Power density [/m²] nergy vs. sector nergy vs. w ind speed nergy [Mh/year] ector nergy [Mh/year] ind speed [m/s] 1 nergy [Mh/year] Impact of hills and obstacles vs. sector ector Hill Obstacle 3..1 by MD International A/, Tel , windpro@emd.dk :3 /

3 ishek AsP interface - Power Curve Analysis MD International A/ iels Jernes Vej 1 DK-9 Aalborg Ø :3/3..1 Calculation: AsP InterfaceTG: VTA V-1.M Hz 1.!O! Level - calculated - IC class I - 1-3, Hub height: 7, m ame: Level - calculated - IC class I ource: Manufacturer ource/date Created by Created dited top wind speed Power control CT curve type Generator type pecific power [m/s] k/m² -1-3 MD , Pitch User defined Variable,3 Based on Item no: 911.R dated /1-3. The power curve is calculated. Only for UA and Canada. HP curve comparison - ote: For standard air density and weibull k parameter = Vmean [m/s] HP value Pitch, variable speed (13) [Mh] VTA V-1.M Hz 1.!O! Level - calculated - IC class I [Mh] Check value [%] The table shows comparison between annual energy production calculated on basis of simplified "HP-curves" which assume that all TGs performs quite similar - only specific power loading (k/m^) and single/dual speed or stall/pitch decides the calculated values. Productions are without wake losses. For further details, ask at the Danish nergy Agency for project report J.nr. 1171/-1 or see manual chapter 3... The method is refined in MD report " Detailed Case tudies comparing Project Design Calculations and actual nergy Productions for ind nergy Projects worldwide", jan 3. Use the table to evaluate if the given power curve is reasonable - if the check value are lower than -%, the power curve probably is too optimistic due to uncertainty in power curve measurement. Power curve Original data from indcat, Air density: 1, kg/m³ ind speed Power Ce ind speed Ct curve [m/s] [k] [m/s], 3,,,,, 99,,,,,,,39,, 7,,, 7,,, 73,,7,,3 9, 1.1,, 9,, 1, 1.3,, 1,,73 11, 1.39,, 11,, 1, 1.77,,33 1,,9 13, 1.797,,7 13,,3 1, 1.,,1 1,, 1, 1.,,17 1,, 1, 1.,,1 1,,1 17, 1.,,1 17,,1 1, 1.,,1 1,,13 19, 1.,,9 19,,11, 1.,,7,,9 1, 1.,, 1,,, 1.,,,,7 3, 1.,, 3,,, 1.,,,,, 1.,,,, Power, fficiency and energy vs. wind speed Data used in calculation, Air density: 1,13 kg/m³ ew method (adjusted IC method, improved to match turbine control) <RCOMMDD> ind speed Power Ce Interval nergy Acc.nergy Relative [m/s] [k] [m/s] [Mh] [Mh] [%] 1,,,,- 1,,,,,,, 1,-,,,, 3,,,,- 3,,,,,,, 3,-, 1,1 1,1,1, 9,,,-, 1, 71,7,,,9,3,-, 13,,9 3, 7, 39,,,- 7, 33, 3,3 7,, 9,,7 7,-,, 1., 1, 9, 9,,,- 9, 9,1.1,9,7 1, 1.7,, 9,-1, 1.1, 3.373,3 39, 11, 1.,, 1,-11, 1.,.3,7 3,9 1, 1.7,1,3 11,-1, 1.1,.1,9 7, 13, 1.7,, 1,-13, 9,.771,7 7,7 1, 1.799,, 13,-1, 9, 7.,, 1, 1.,,1 1,-1, 9, ,9 9,3 1, 1.,,1 1,-1, 9,.33, 9,7 17, 1.,,13 1,-17, 17,.7,7 97,7 1, 1.,,11 17,-1, 9,7., 9,9 19, 1.,,9 1,-19,,.,3 99,, 1.,, 19,-,,.,7 99, 1, 1.,,7,-1, 1,1.9, 99,9, 1.,, 1,-,,.9,3 1, 3, 1.,,,-3,,.,7 1,, 1.1,, 3,-, 1,.1,7 1,, 1.,,,-,,3., 1, Pow er curve Data used in calculation, Ce and Ct curve 1 Power [k] ind speed [m/s] 1,,3,, ind speed [m/s] 1 Ce 1 Ct,,,, 3..1 by MD International A/, Tel , windpro@emd.dk :3 / 3

4 ishek AsP interface - Terrain Calculation: AsP Interfaceite Data: A - ite data for AsP - no long-term correction MD International A/ iels Jernes Vej 1 DK-9 Aalborg Ø :3/3..1 Obstacles: 3 Obstacles used Roughness: Calculation uses following MAP files: C:\Users\pma\Documents\indPRO Data3.\amples\ishek\ROUGHLI_ishek_.wpo Min X:.3, Max X: , Min Y:.9.9, Max Y:.1.3, idth: 71.9 m, Height: 7.1 m Limited by a square on, km x, km around the current site Orography: Calculation uses following MAP files: C:\Users\pma\Documents\indPRO Data3.\amples\ishek\DM\DMO HP FIL HCL\1 ft HCL from GM.wpo Min X: 3.7, Max X: 7.3, Min Y:.13.7, Max Y: , idth: 13.7 m, Height: 13. m Limited by a square on 1, km x 1, km around the current site 3..1 by MD International A/, Tel , windpro@emd.dk :3 /

5 ishek MD International A/ iels Jernes Vej 1 DK-9 Aalborg Ø :3/3..1 AsP interface - ind Data Analysis Calculation: AsP Interfaceind data: A - ite data for AsP - no long-term correction; Hub height:, ite coordinates UTM G Zone: 1 ast:.3 orth: ind statistics U ishek met mast 7-1 to - -, m.wws eibull Data : Roughness class 1 ector A- ind k- Frequency A- k- Frequency parameter speed parameter parameter parameter [m/s] [m/s] [%] [m/s] [%] 1,7,97,11 13, 1,1, 1, 1 9,,3,3 7, 9,,33 7,, 7,7,99,9,1,31, 3,1 7,,3, 7,7,, 7,9 7,,3, 7,3,9,3, 7, 3,1,, 3,3, 1, 9,9,971 11, 1,3,97 1, 7 1, 9,7 3, 7, 1,7 3,7, 1, 9, 3,,7 9, 3,19, 9 9,,3 3,,,9 3,, 1 9,,1 3,131 7,7,7 3,31 7, 11 1, 9,1, 11,9 1,, 1,1 All 9,,,7 1, 9,37,9 1, eibull Distribution nergy Rose (kh/m²/year) Frequency [%] ind speed [m/s] 1 : A=9,37;k=,9;Vmean=,3 m/s : A=9,;k=,7;Vmean=, m/s Mean w ind speed (m/s) Frequency (%) 1, 1 7,, 3..1 by MD International A/, Tel , windpro@emd.dk :3 /

6 ishek MD International A/ iels Jernes Vej 1 DK-9 Aalborg Ø :3/3..1 AsP interface - ind Data Analysis Calculation: AsP Interfaceind data: A - ite data for AsP - no long-term correction; Hub height: 7, ite coordinates UTM G Zone: 1 ast:.3 orth: VTA V-1.M Hz 1.!O! ind statistics U ishek met mast 7-1 to - -, m.wws eibull Data : Roughness class 1 ector A- ind k- Frequency A- k- Frequency parameter speed parameter parameter parameter [m/s] [m/s] [%] [m/s] [%] 1,7 9,1,9 1, 1,3,9 1, 1 1,1,9,3 7, 9,9,17 7, 9,31,,31,9,1,33, 3 9,,,31,7,,313,, 7,1,,,1,33,3 9,,3 3,3, 9,1 3,7, 11,1 9,9 3,9 11,7 11,17 3, 1, 7 11, 1, 3,3 7,9 11, 3,7, 1,1 9,7 3,3, 1,9 3,3, 9 9,97,97 3,, 9,3 3,7, 1 1,1 9, 3,71 7, 9,3 3,17 7, 11 1,91 9,7,79 11,9 1,7,97 1,1 All 1,31 9,19,3 1, 1,1,799 1, eibull Distribution nergy Rose (kh/m²/year) Frequency [%] ind speed [m/s] 1 : A=1,1;k=,799;Vmean=9, m/s : A=1,31;k=,3;Vmean=9, m/s Mean w ind speed (m/s) Frequency (%) 1 1, 1 7,, 3..1 by MD International A/, Tel , windpro@emd.dk :3 /

7 ishek MD International A/ iels Jernes Vej 1 DK-9 Aalborg Ø :3/3..1 AsP interface - ind statistics info Calculation: AsP Interfaceind data: A - ite data for AsP - no long-term correction; Hub height: 7, Main data for wind statistic File C:\Users\pma\Documents\indPRO Data3.\amples\ishek\U ishek met mast 7-1 to - -, m.wws ame ishek met mast 7/1 to / -, m Country United tates ource UR Mast coordinates UTM G Zone: 1 ast:.3 orth: Created 7-- dited ectors 1 AsP version AsP -9 RVA11.dll 1,,, 13 Additional info for wind statistic ource data ishek met mast 7/1 to / Data from Data to 3-- Measurement length 1, Months Recovery rate 1, % ffective measurement length 1, Months ote To get the most correct calculation results, wind statistics shall be calculated with the AM model and model parameters, as currently chosen in calculation. For AsP versions before 1., the model is unchanged, but thereafter more model changes affecting the wind statistic is seen. Likewise AsP CFD should always use AsP CFD calculated wind statistics by MD International A/, Tel , windpro@emd.dk :3 / 7

8 ishek MD International A/ iels Jernes Vej 1 DK-9 Aalborg Ø :3/3..1 AsP interface - Map Calculation: AsP Interfaceind data: A - ite data for AsP - no long-term correction; Hub height: 7, 1 3 m Map: 1k Topo map, Print scale 1:7., Map center UTM G Zone: 1 ast:. orth:.11. ew TG ite Data Obstacle 3..1 by MD International A/, Tel , windpro@emd.dk :3 /