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IF08.ppt

Chapter 08

Capital Budgeting

Copyright © 2011 by the McGraw-Hill Companies, Inc. All rights reserved.

McGraw-Hill/Irwin

Learning Objectives

Describe the Capital Budgeting process in MNCs and how this process generates stockholder value.

Discuss the general conditions under which cross-border projects are valuable.

List and define various types of international projects.

Estimate cash flows for international projects and discuss how this process is different from that for domestic projects.

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Learning Objectives (cont.)

Calculate the NPV of a typical international project and demonstrate the equivalence of the domestic and foreign cash flows methods (Approaches I and II).

Evaluate the impact of currency risk on project NPV. Demonstrate a method to integrate capital budgeting and exposure management.

Define country risk. Evaluate its impact on project NPV. Evaluate purchase of country risk insurance.

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A. The Capital Budgeting Process

  • Capital Budgeting is the comprehensive set of activities where firms:
  • Define their long-term strategy and goals
  • Identify and define activities (projects) that will help achieve goals
  • Determine the cash flows for the proposed projects
  • Determine NPV or other value indicators
  • Choose the optimal mix of projects
  • Execute projects
  • Track the performance of on-going projects

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A. The Capital Budgeting Process (cont.)

  • Overall goal is maximize shareholder wealth
  • Key component is cash flow (CF) analysis
  • Decentralization and teamwork important in CB
  • Role of CFO is vital in understanding big picture implications

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B. Advantages of International Projects

  • Foreign labor: specialized and cost effective
  • Revenue Enhancement: more opportunity to sell, large potential market
  • Diversification of CF: protection against downturn in any one market
  • Counter threat of adverse regulations: create foreign stakeholders who will protect the firm’s interests
  • Create flexibility for future actions: create real options

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C. Types of Overseas Projects

  • International Outsourcing: also called offshoring, usually straightforward to analyze, pertains to component or product (cost implications)
  • International Production: more complex, also pertains to cost-side but involves multiple considerations

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C. Types of Overseas Projects (cont.)

  • International Sales: even more complex, requires forecast of market size, market share, prices.
  • International Production & Sales: as complex as valuing a standalone firm.
  • International Joint Venture (JV): incorporate in analysis the terms of the contract between the two partners.

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D1. Project Cash Flows

D = depreciation

T = tax rate

= change (or investment) in working capital

= change in fixed assets or capital expenditure (net out taxes if any)

E = expenses (direct expenses + overheads and other fixed expenses)

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D2. Project CF Example

  • During a particular year, a firm records the following transactions in its subsidiary in Taiwan:
  • Produced 5,000 units of a product at a direct (labor and raw materials and other variable costs) of (Taiwanese dollar) TWD 80 per unit
  • Incurred fixed costs of TWD 100,000
  • Depreciated fixed assets for TWD 50,000
  • Sold all units at a unit price of TWD 150
  • Paid taxes at a rate of 20%
  • Increased working capital from TWD 250,000 to TWD 275,000
  • Invested TWD 75,000 in fixed assets






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D2. Project CF Example (cont.)

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E1. Sunbeam Project NPV (Inputs)

  • Capital Requirements: Sunbeam’s 5-year project requires an initial investment of MXP 25 million for equipment. The salvage value of the equipment is MXP 8 million. The working capital requirement is 25% of the following year’s sales .
  • Unit Sales/Production Forecast: 200,000 each year for the first two years, rising to 300,000 in the following two and falling to 200,000 in the final year.

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E1. Sunbeam Project NPV (Inputs)
cont.

  • Margins: The selling price is MXP 200 per unit. Direct costs, labor and raw materials are MXP 120 per unit. Overhead costs are MXP 10 million annually.
  • Discount Rate: WACC equals 9%.
  • Other Information:
  • The tax rate in Mexico is 30%.
  • Mexico allows straight-line depreciation for tax purposes.
  • The spot rate is MXPUSD = 0.10.

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E2. Project NPV (CF Calculations)

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Sunbeam’s Mexican Project: Calculation of Foreign Currency Cash Flows
MXP Cash Flows (000s)
Item t=0 t=1 t=2 t=3 t=4 t=5
Units and NWC:
1 Units 000s 200 200 300 300 200
2 Revenues = Units × 200 40,000 40,000 60,000 60,000 40,000
3 NWC 10,000 10,000 15,000 15,000 10,000 0
Investment CF:
4 Capital Expenditure 25,000
5 Salvage 8,000
6 Taxes (Salvage) 2400
7 Change in NWC 10000 0 5000 0 -5000 -10000
8 Investment CF = -4 + 5 -6 - 7 -35,000 0 -5,000 0 5,000 15,600
Operating CF:
9 Revenues 40,000 40,000 60,000 60,000 40,000
10 Direct Expenses = Units × 120 24,000 24,000 36,000 36,000 24,000
11 Fixed Expenses 10,000 10,000 10,000 10,000 10,000
12 Depreciation 5,000 5,000 5,000 5,000 5,000
13 Pre-tax income 1,000 1,000 9,000 9,000 1,000
14 Taxes 300 300 2,700 2,700 300
15 NOPAT 700 700 6,300 6,300 700
16 Operating CF = 15 + 12 5,700 5,700 11,300 11,300 5,700
CF = 8 + 16 -35,000 5,700 700 11,300 16,300 21,300

E3. Project NPV (Constant FX)

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Sunbeam’s Mexican Project USD Cash Flows and NPV (constant MXPUSD assumption)
t=0 t=1 t=2 t=3 t=4 t=5
CF (MXP 000s) -35,000 5,700 700 11,300 16,300 21,300
× MXPUSD 0.10 0.10 0.10 0.10 0.10 0.10
= CF (USD 000s) -3,500 570 70 1,130 1,630 2,130
NPV@ 9% (USD 000s) 493.51

E4. Project NPV (Changing FX)

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Sunbeam’s Mexican Project USD Cash Flows and NPV (declining MXPUSD assumption)
t=0 t=1 t=2 t=3 t=4 t=5
CF (MXP 000s) -35,000 5,700 700 11,300 16,300 21,300
Assumption: USD inflation = 2%, MXP inflation = 4%
Using PPP, MXPUSD forecast =
× MXPUSD 0.10000 0.09808 0.09619 0.09434 0.09253 0.09075
= CF (USD 000s) -3,500.00 559.04 67.33 1,066.05 1,508.19 1,932.92
NPV@ 9% (USD 000s) $217.44

E5. Project NPV (Alternate Approach)

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Sunbeam’s Mexican Project MXP Cash Flows and NPV (differential inflation assumption)
t=0 t=1 t=2 t=3 t=4 t=5
CF (MXP 000s) -35,000 5,700 700 11,300 16,300 21,300
Assumption: USD inflation = 2%, MXP inflation = 4%
Using , MXP discount rate =
NPV@ 11.1373% (MXP 000s) $2174.40

E6. Sensitivity Analysis

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F1. Currency Risk Analysis

A US firm considers an investment of USD 16,000 in Canada. This is a 4-year investment. The firm expects to sell 1,000 units of the product each year at a price of CAD 20. Direct expenses are CAD 10 per unit and indirect expenses are CAD 1,200 a year. Depreciation is straight line to zero. Canadian taxes are 40% and there are no additional taxes (withholding or repatriation) when cash flows are repatriated. The WACC of the firm is 12%. The CADUSD spot rate is 0.80. The firm expects the CAD to depreciate against the USD and is interested in determining the break-even rate of depreciation.

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F1. Currency Risk Analysis (cont.)

The initial investment of USD 16,000 is equivalent to CAD 20,000 at the spot rate implying a depreciation of CAD 5,000 a year.

At the spot rate of USD 0.80, this annual cash flow is equivalent to USD 5,824.

By setting the above value to zero we determine the break-even value of g to equal negative 4.213%.

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F2. Integrating CB and Exposure Management

  • Determine break-even currency values by year and purchase options by setting strike prices equal to break-even currency values.

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Year (t) Break-even CADUSD
1 0.7663
2 0.7340
3 0.7031
4 0.6735

G1. Country Risk

  • Country Risk = Economic Risk + Political Risk
  • Economic risk: This risk arises from changes in the macro-economic environment and manifests itself in factors such as national growth, inflation and interest rates.
  • Political risk: This risk arises from the socio-political environment of a country. In certain countries political turmoil can lead to a deterioration of the potential market for a firm and can increase the cost of operations.

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G2. Country Risk Ratings

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Fitch Sovereign Risk Ratings: Examples in Various Categories
AAA AA A
Canada Australia China
Germany Hong Kong Chile
Singapore Japan Czech Republic
UK Italy Taiwan
US Kuwait Malaysia
BBB BB B/C/D
Mexico Brazil Iran
Russia Columbia Dominican Republic
S. Africa Sri Lanka Bolivia
Kazakhstan Turkey Ecuador
India Vietnam Argentina
Ratings as of March 2008 obtained from www.fitchratings.com

G3. Country Risk and NPV (Inputs)

  • A U.S. based firm considers an investment in a developing country (India) where there is some level of political risk. The project parameters are as follows:
  • The capital expenditure is INR 100 million.
  • The project is a 3-year project producing annual operating cash flows of INR 40 million.
  • At the end of 3-years, the assets of the firm will be sold (salvage) for INR 60 million to a foreign (i.e., local) firm.
  • The WACC of 12% is used as the discount rate in NPV computations involving the domestic currency (i.e., USD).
  • USDINR = 50. Assume constant currency value.

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G3. Country Risk and NPV (Inputs)
cont.

Assume that because of political risk there is a 60% probability of expropriation of assets in year-3 (i.e., salvage value is expropriated). Assume zero taxes. Calculate project NPV.

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G4. Country Risk and NPV (Solution)

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G5. Political Risk Insurance

  • Now widely available from private and public sources.
  • Insurance premium is a negative CF and decreases project NPV.
  • But if insurance is purchased, expropriation is avoided.
  • Insurance premium costs can be benchmarked against the expected costs of expropriation.

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G6. Political Risk Premium Calculations

  • Consider previous problem, additional consideration is premium of INR 12 million

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Insurance coverage for Expropriation
Cash Flows (000s)
t=0 t=1 t=2 t=3
Capital Expenditure -100,000
Salvage 60,000
Operating Cash Flows 40,000 40,000 40,000
Insurance Premium -12,000
CF (INR) -112,000 40,000 40,000 100,000
÷ USDINR 50 50 50 50
= CF (USD) -2,240 800 800 2,000
NPV @ 12% 535.601

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