Assume Weibull wind distributions parameters describes the monthly wind speed data. a)What is the average wind speed b) What is the standard deviation for wind speed c) Develop a table as follows...


Assume Weibull wind distributions parameters describes the monthly wind speed data.<br>a)What is the average wind speed<br>b) What is the standard deviation for wind speed<br>c) Develop a table as follows (show the table on a separate page<br>Speed V (m/s)<br>Number of hours Probability<br>Cumulative distribution function<br>F(V)<br>d) Plot the cumulative distribution F(V) (Attach your plot)<br>Part II:<br>Determine the parameters of the Weibull probability distribution function using the graphical method as<br>discussed in lectures.<br>a) What do the parameters c and k represent in Weibull pdf?<br>b) Briefly describe how to determine these parameters graphically?<br>c) From the given data develop the appropriate variables and plot them.<br>d) Attach the table and plots. Briefly describe how you extracted k and c.<br>e) What is the total annual energy generated by the wind turbine at wind speeds between 6 m/s and 10<br>m/s. Compare to part II of problem 1.<br>

Extracted text: Assume Weibull wind distributions parameters describes the monthly wind speed data. a)What is the average wind speed b) What is the standard deviation for wind speed c) Develop a table as follows (show the table on a separate page Speed V (m/s) Number of hours Probability Cumulative distribution function F(V) d) Plot the cumulative distribution F(V) (Attach your plot) Part II: Determine the parameters of the Weibull probability distribution function using the graphical method as discussed in lectures. a) What do the parameters c and k represent in Weibull pdf? b) Briefly describe how to determine these parameters graphically? c) From the given data develop the appropriate variables and plot them. d) Attach the table and plots. Briefly describe how you extracted k and c. e) What is the total annual energy generated by the wind turbine at wind speeds between 6 m/s and 10 m/s. Compare to part II of problem 1.
Wind speed distribution for one month<br>v(m/s)<br>frequency<br>1<br>1<br>1.5<br>3<br>2<br>4<br>2.5<br>6<br>3<br>21<br>3.5<br>10<br>4<br>35<br>4.5<br>38<br>5<br>47<br>5.5<br>64<br>64<br>6.5<br>67<br>33<br>7.5<br>28<br>56<br>8.5<br>33<br>9<br>55<br>9.5<br>36<br>10<br>30<br>10.5<br>25<br>11<br>27<br>11.5<br>19<br>12<br>9<br>12.5<br>1<br>13<br>3<br>13.5<br>4<br>14<br>1<br>

Extracted text: Wind speed distribution for one month v(m/s) frequency 1 1 1.5 3 2 4 2.5 6 3 21 3.5 10 4 35 4.5 38 5 47 5.5 64 64 6.5 67 33 7.5 28 56 8.5 33 9 55 9.5 36 10 30 10.5 25 11 27 11.5 19 12 9 12.5 1 13 3 13.5 4 14 1

Jun 09, 2022
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