(a) Consider a wind farm consisting of 10-m diameter wind turbines with efficiencies of $40 \%$ on a grid given by the average spacing shown in Figure $10.18$. For a wind velocity of $6 \mathrm {~m} / \mathrm { s }$, what is the power output in $\mathrm { kW }$ per $\mathrm { km } ^ { 2 }$ array with an efficiency of $18 \%$. Assume average (worldwide) insolation conditions.

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The Answer of (a) Consider a wind farm consisting of 10-m diameter wind turbines with efficiencies of $40 \%$ on a grid given by the average spacing shown in Figure $10.18$. For a wind velocity of $6 \mathrm {~m} / \mathrm { s }$, what is the power output in $\mathrm { kW }$ per $\mathrm { km } ^ { 2 }$ array with an efficiency of $18 \%$. Assume average (worldwide) insolation conditions.

(A) Consider a Wind Farm Consisting of 10-M Diameter Wind 40%40 \%40%

(A) Consider a Wind Farm Consisting of 10-M Diameter Wind $40 \%$