Your firm is considering an investment in a wind farm. Assume that the farm will

Question

Your firm is considering an investment in a wind farm. Assume that the farm will cost $1 million per MW of installed capacity. The plan under consideration would deploy 10 GE 1.5 MW. You are to assess the after-tax profitability of this plan. The wind farm will be placed in a Class 6 wind area, generating an estimated average of 8760 MWh per turbine per year. The price of energy produced is $0.067 per kwh and a production tax credit provide an additional $0.022 per kwh for the first 10 years. You can obtain a very low interest loan for your investment, with an effective interest rate of 2.5% that you will pay off over 30 years. Assume that transmission lines will be provided by a local utility at no cost. Operating expenditures are $10,000 per year, mostly for insurance and occasional maintenance. Your corporate tax rate is 30%. Discount real profits or losses at a rate of 10%. For the three options below, generate an annual nominal cash flow, annual before tax profits, annual after-tax profits, and net present value after tax of the windfarm for the first 20 years (using traditional NPV calculations

Explanation / Answer

To reach the most optimal financial decision with long-term capital investments, The Switch advises using the LCOE approach and pairing it with the payback method to see the complete picture.

As a provider of key components for wind power production, we are on a mission to help lower the cost of energy to help make wind power a viable and even competitive power source for the future.

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