Q2) Cost of a 600 kw wind turbine is $ 550000. Other initial costs including that for installation and grid integration are 30% of turbine cost. Useful life of the system is 20 years. Annual operation and maintenance costs plus the land rent come to 3.5% of the turbine cost. Calculate the NPV and COE for the turbine when it is installed at a site having a capacity factor of 0.25. The real rate of interest may be taken as 5%. Illustrate the effect of capacity factor on cost/kWh in the above example. If a utility company buys the generated electricity at a rate of $ 0.1/kWh, find out the break-even capacity factor.

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Q2) Cost of a 600 kW wind turbine is $ 550000. Other initial costs including that for
installation and grid integration are 30% of turbine cost. Useful life of the system is 20
years. Annual operation and maintenance costs plus the land rent come to 3.5% of the
turbine cost. Calculate the NPV and COE for the turbine when it is installed at a site
having a capacity factor of 0.25. The real rate of interest may be taken as 5%.
Illustrate the effect of capacity factor on cost/kWh in the above example. If a utility
company buys the generated electricity at a rate of $ 0.1/kWh, find out the break-even
capacity factor.
Transcribed Image Text:Q2) Cost of a 600 kW wind turbine is $ 550000. Other initial costs including that for installation and grid integration are 30% of turbine cost. Useful life of the system is 20 years. Annual operation and maintenance costs plus the land rent come to 3.5% of the turbine cost. Calculate the NPV and COE for the turbine when it is installed at a site having a capacity factor of 0.25. The real rate of interest may be taken as 5%. Illustrate the effect of capacity factor on cost/kWh in the above example. If a utility company buys the generated electricity at a rate of $ 0.1/kWh, find out the break-even capacity factor.
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