Refer to Fig. 2.10 for solving the following problems. 1. Replot the wind speed distribution curve for Chandipur with th

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: Refer To Fig 2 10 For Solving The Following Problems 1 Replot The Wind Speed Distribution Curve For Chandipur With Th 1 (284.35 KiB) Viewed 19 times

: Refer To Fig 2 10 For Solving The Following Problems 1 Replot The Wind Speed Distribution Curve For Chandipur With Th 2 (284.35 KiB) Viewed 19 times

: Refer To Fig 2 10 For Solving The Following Problems 1 Replot The Wind Speed Distribution Curve For Chandipur With Th 3 (343.51 KiB) Viewed 19 times

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Refer to Fig. 2.10 for solving the following problems. 1. Replot the wind speed distribution curve for Chandipur with the -axis expressed in m/s and the y-axis expressed in hours per annum per m/s. 2. Plot the energy distribution curve for the four sites and obtain the wind speeds at which the maximum amount of energy is available. 3. For the wind speed distribution curve for Chandipur, obtain the annual average wind speed. Draw the energy distribution curve using the Rayleigh distribution. Compare it with the actual distribution for the site. 4. Estimate the parameters k and c of the Weibull distribution function for Puri. Plot the curve and compare it with the actual wind speed distribution for the site. 5. Assuming a boundary layer exponent of 0.14 obtain the wind speed distribution at a hub height of 18 m for the site of Gopalpur
Refer to Fig. 2.10 for solving the following problems. 1. Replot the wind speed distribution curve for Chandipur with the -axis expressed in m/s and the y-axis expressed in hours per annum per m/s. 2. Plot the energy distribution curve for the four sites and obtain the wind speeds at which the maximum amount of energy is available. 3. For the wind speed distribution curve for Chandipur, obtain the annual average wind speed. Draw the energy distribution curve using the Rayleigh distribution. Compare it with the actual distribution for the site. 4. Estimate the parameters k and c of the Weibull distribution function for Puri. Plot the curve and compare it with the actual wind speed distribution for the site. 5. Assuming a boundary layer exponent of 0.14 obtain the wind speed distribution at a hub height of 18 m for the site of Gopalpur
Chandipur Percentage frequency ON___@__ 10 50 30 40 Wind speed (kmph) 60 Gopalpu Percentage frequency ೧ ನಾಮ: ಟಿ ವಿ . J =4 0 0 0 5 10 15 20 25 30 35 40 45 50 Wind speed (kmph) 10 Pun Percentage frequency o o 010 NO 10 15 20 25 30 35 40 45 50 Wind speed (kmph) Paradweep Колаrbell efieland 10 15 20 25 30 35 00650 wined (mph) Fig 210 The measured wind speed distribution curves for four sites in the Bate olonsa, ac height of On (Mar 990)