Suggested case structure
Key question: Should Zenith Gas enter the retail market for LNG filling stations?
Key question: What areas would you explore to determine whether to enter the market for LNG?
Exhibit 1
Compare additional profit with required investment:
- Profitability: estimate additional profit for the client with the market entry compared to the as-is scenario
- Revenues: estimate the size of the market and how much volume the client can expect to sell; identify the right price point based on similar products in the market
- Costs: understand the additional fixed and variable costs required
- Investment: consider all costs to be incurred for developing LNG filling stations
If needed, share Exhibit 1 with the interviewee
1. Size of Market
Key question: How would you estimate the total market size for LNG retail vehicle in 2020?
Interviewee should walk through the approach for calculating overall market size prior to sharing the exhibit
Total market size in revenues = # of Vehicles * Tank size in gallons * Fill frequency * Price per gallon
Share Exhibit 2 & 3 with the interviewee to estimate market size
Exhibit 2
Ask interviewee to do use the exhibits to calculate market size in 2020 overall & for each customer segment.
Number of vehicles in 2020 = 120% of 100M = 120M
Number of vehicles with LNG = 10% of 120M = 12M
Annual revenue of each segment:
- Commercial Trucks: 25% of 12M * 100 gallons * 3 fills / week * 52 weeks * $2 = $93.6 B
- Privately Owned Vehicles: 60% of 12M * 20 gallons * 2 fills / week * 52 weeks * $2 = $29.9 B
- Farm Use: 10% of 12M * 30 gallons * 1 fills / week * 52 weeks * $2 = $3.7 B
Total Annual Revenue = 93.6 + 29.9 + 3.74 = $127 B (~$130 B)
- An attractive market by 2020 and with increasing government support
- However, Profits & Break-even period needs to be considered before making any decision
2. Profits & Payback
Key question: Assume initial investment of $15B and required payback of 5 years. Can client achieve this benchmark?
Ask interviewee approach to calculate payback period
Payback period / Break-even Period = Initial Investment / (Revenue – Operating Costs)
Share exhibit 4 upon request
- Revenue per year = 20% of $130B = $26 B
- Net profit per year = 10% of $26 B = $2.6 B
- Payback period = 15 / 2.6 = ~5.75 years
- Client objective of having payback period of 5 years is NOT met
Key question: What should the client do?
A strong interviewee should proactively discuss ways to reduce payback period even without prompting
Look for interviewee breaking payback period improvement into logical steps and then generate ideas into each bucket. Check here for business judgement & creativity
Payback period can be improved by:
- Increasing revenue
- Decreasing operating cost & initial investment
1. Increasing revenue (illustrative)
- Increase price of fuel
- Sell more goods (convenience stores)
- Sell other fuels
- Allied services – e.g. carwashes
- Sign volume deals with business to increase market share
- Change location mix for stations to better target
2. Decreasing cost (illustrative)
- Partner with existing stations to reduce investment
- Franchise the format to distribute investment burden
- Lease land instead of purchase
3. Final recommendation
Key question: CEO of Zenith gas is about to enter the room for a quick update on project, what would you tell him?
Zenith Gas should enter the market for retail LNG filling stations
- Attractive market – growth & large ($130 B)
- Increasing government support
- Zenith has capability to serve this need
However, since the payback period is higher than the 5-years target (5.75 years), Zenith must make strong steps to minimize costs of both investment & operation
- Drastic decreases in cost of substitutes
- Disruptive technology