b) If radius of this turbine is 25 m and air density is 1.2 kg/m³, calculate the coefficient of power at rated speed c) The wind speed distribution for the location of the wind turbine is shown below....

Extracted text: b) If radius of this turbine is 25 m and air density is 1.2 kg/m³, calculate the coefficient of power at rated speed c) The wind speed distribution for the location of the wind turbine is shown below. Determine the power output for the given wind speed (using the wind turbine power curve above) and calculate the total annual electrical energy output. No. of hours Power Output (kW) Energy Output (kW-hr) Wind speed (m/s) per year 200 7 700 10 2500 15 1800 20 50 TOTAL d) Calculate the annual capacity factor.


Extracted text: A wind turbine model has the following power curve: 5 10 15 20 25 30 Wind speed a) From the power curve above, estimate the value of the following: Cut-in speed = Cut-out speed = Rated speed = Rated power = b) If radius of this turbine is 25 m and air density is 1.2 kg/m³, calculate the coefficient of power at rated speed c) The wind speed distribution for the location of the wind turbine is shown below. Determine the power output for the given wind speed (using the wind turbine power curve above) and calculate the total annual electrical energy output. Produced power of wind turbine [MW]