The project will consist of 200 wind turbines, each with a capacity of 4 megawatts (mw). each turbine costs
$1.2 million to build. electrical demand in the area to be served by the project is expected to be 2.0 x 100 mwh
per year.
(d) calculate how much electricity (in mwh) the wind project needs to generate per year in order to provide
80% of the annual electrical demand in the service area. show all work.
(e) customers in the service area pay $0.20/kwh for electricity. calculate how much revenue will be produced
if the wind turbines provide 80% of the annual electrical demand in the service area. show all work.
(f) assuming all turbines are operating, calculate how many hours the wind turbines must operate to provide
80% of the annual electrical demand in the service area. show all work.