Complete Table 3.1 Using the Wind Turbine Output diagram- The following wind speed V(m/s) were recorded from the Wind profile lecture data. Uz= Us (z/10m)1/7eq (9.54) Handout
3.2/10 ptsBased on the wind resource assessment Lecture Briefly explain why the US East Coast has the highest wind speeds>Answer:
Ref 4. Wind Profiles https://www.youtube.com/watch?v=Rwz0m6p7RQk
Ref 5. Wind resource assessment https://www.youtube.com/watch?
v=j8ps78uhY4A
3.1 /20 pts Complete Table 3.1 Using the Wind Turbine Output diagram- The following wind
speed V(m/s) were recorded from the Wind profile lecture data. Uz = Us (z/10m)1/7 eq
(9.54) Handout
Table 3.1 Comparison of Wind turbine Output
3.3 /20 pts 2014 GCEP Energy Tutorial: Wind 101 https://www.youtube.com/watch?
v=qQHYs8xQO5A
Reference Night clear sky Sunny Day cloudy
10 m height 4.5 m/s 11.5 m/s 7.5 m/s
Turbine Power output
In steady wind
30 m height 5 m/s 12 m/s 8 m/s
Turbine Power output
In steady wind
Uz equation 9.54
3.2 /10 pts Based on the wind resource assessment Lecture Briefly explain why the US
East Coast has the highest wind speeds> Answer:
a.BOP costs means:
b Key Metric for wind Farm level =
C Max Cp for dutch windmill =
d.Reason for gearbox in wind turbine is
e Wind resource is
f Capacity Factor for 1.6 MW wind turbine =
g Betz limit in wind turbine power means