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Evaluate Energy One's Transition to Renewable Energy Sources

Capital OneData Scientist · Onsite
MediumData ScientistOnsiteAnalytics & Experimentation

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Evaluates energy transition economics for moving from fossil fuels to renewables. Strong answers compare capex, fixed and variable costs, capacity, contribution margin, required MWh for target return, renewable technology trade-offs, policy incentives, reliability, and risk-adjusted recommendation criteria.

Scenario

Energy One is evaluating a move from fossil fuels to renewable power and must analyze financial feasibility, capacity limits and technology options.

Question

What factors would you consider when evaluating Energy One's transition from fossil fuels to renewable power? 2. Given a fossil-fuel plant (8.8 M MWh/year capacity, $5 M monthly lease, $25 M yearly fixed cost, $20/MWh variable cost, $40/MWh revenue, $400 M initial investment), how many MWh are needed annually to recover 10 % of the initial investment? 2b. Does your calculated production volume make sense relative to the plant’s maximum capacity? Explain. 3. If government policy caps fossil-fuel generation at 5 M MWh/year, which alternative power sources should Energy One pursue and why? 3b. If no new power sources are added, what levers could keep profitability stable? 4a. Solar test plant: $12.5 M capex, 75 % sunny (150 k MWh), 25 % cloudy (50 k MWh), $0 variable cost, $40/MWh price. How many years to break even? 4b. Ethanol test plant: $2.5 M capex, 100 k MWh/year, $30/MWh variable cost, $40/MWh price. How many years to break even? 5. With no budget limit, which test plant would you recommend and why?

Hints

State assumptions, apply break-even formulas, check capacity constraints, and articulate strategic trade-offs between cost, risk, and long-term profitability.