Renewable Plant ROI and Capacity Feasibility
Context
You are evaluating whether a proposed renewable energy plant can achieve a 10% annual ROI, given its costs, prices, and capacity. Assume ROI is based on annual operating profit before taxes and depreciation.
Given
-
Selling price: $40 per kWh
-
Variable cost: $20 per kWh
-
Fixed operating cost: $25 million per year
-
Land lease:
5millionpermonth(i.e.,
60 million per year)
-
Maximum annual capacity: 8.8 million kWh per year
-
Initial investment (capex): $400 million
-
Target ROI: 10% per year on the initial investment
(Note: The mention of “avg output 1,000 kWh” is inconsistent in units for a rate; use the stated annual capacity of 8.8 million kWh/year for feasibility.)
Questions
(a) What is the minimum annual energy (kWh) the plant must generate and sell to achieve a 10% annual ROI?
(b) Based on that quantity relative to the 8.8 million kWh/year capacity, would you approve the investment? Explain briefly.
Hint
ROI = annual profit ÷ initial investment. Annual profit = (price − variable cost) × Q − (fixed cost + annual lease). Solve for Q and compare with capacity.