In: Finance
Your power plant on Gilligan’s Island is producing too much air pollution. The professor gives you three choices for dealing with this problem: You can pay a pollution tax (Carbon Offsets) onetime of $13,000,000 immediately. You can close the plant and install a power cable from the mainland to the Island. That will cost you $1,000,000 at the end of this year, $3,000,000 at the end of next year and then $750,000 forever for maintenance. You can retrofit the plant with scrubbers to reduce the emissions to make the plant green. That will cost $7.5m at the end of this year and $100,000 for 50-years for maintenance. Assume that the cost of generating power on the mainland is approximately the same as the cost of generating power at your Gilligan’s Island plant. Assume, this comes as a surprise to you and you have not saved any money in reserves and you need to raise capital. Additional information is that market has a 12 percent market risk premium on the power plant with the risk free rate being 5 percent with a company tax rate of 35 percent. Current total raised capital at the power plant: (This will help you calculate the WACC) Debt – 7,000 outstanding bonds, at 7.5% coupon and 20 years to maturity. These bonds pay interest semiannually and quoted price of 108 percent of par. Common Stock -180,000 shares outstanding, selling for $50 per share: Beta .90 CAPM is .118 or 11.8% Preferred Stock – 8,000 shares of 5.5 percent preferred stock outstanding, currently selling for $95.00 per share. Choose the best option for Gilligan's Island. Calculate the WACC
Formula sheet
A | B | C | D | E | F | G | H | I | J |
2 | |||||||||
3 | |||||||||
4 | Calculation of cost of equity: | ||||||||
5 | As Per CAPM, Expected rate of return can be calculated as | ||||||||
6 | r(E) = rf + ?*(rm-rf) | ||||||||
7 | Using the Following data | ||||||||
8 | Beta (?) | 0.9 | |||||||
9 | Risk free rate ( rf ) | 0.05 | |||||||
10 | Market Risk Premium (rm-rf) | 0.12 | |||||||
11 | |||||||||
12 | Expected rate of return can be calculated as follows: | ||||||||
13 | Expected rate of return | = rf + ?*(rm-rf) | |||||||
14 | =D9+D8*D10 | =D9+D8*D10 | |||||||
15 | |||||||||
16 | Hence Cost of Equity is | =D14 | |||||||
17 | |||||||||
18 | Calculation of Cost of preferred stock: | ||||||||
19 | Face Value of Preferred Stock | 100 | |||||||
20 | % dividend on preferred stock | 0.055 | |||||||
21 | Annual Dividend of preferred stock | =D20*D19 | |||||||
22 | Current Price | 95 | |||||||
23 | Floatation cost (F) | 0 | |||||||
24 | Cost of preferred stock | =Dividend/Current Price*(1-F) | |||||||
25 | =D21/(D22*(1-D23)) | =D21/(D22*(1-D23)) | |||||||
26 | |||||||||
27 | Hence cost of Preferred Stock is | =D25 | |||||||
28 | |||||||||
29 | Calculation of cost of debt: | ||||||||
30 | Cost of debt will be the yield to maturity of the bond can be calculated as follows: | ||||||||
31 | Time to maturity | 20 | years | ||||||
32 | Annual coupon rate | 0.075 | |||||||
33 | Par value | 1000 | |||||||
34 | Market Price | =D33*108% | |||||||
35 | Semi-Annual coupon | =D33*D32/2 | |||||||
36 | Semi-Annual Period | =D31*2 | |||||||
37 | Floatation cost | 0 | |||||||
38 | Net proceed by issuing bond | =D34*(1-D37) | |||||||
39 | Rate(nper,pmt,PV, [fv],type) function of excel can be used to find the yield to maturity as follows: | ||||||||
40 | NPER | =D36 | |||||||
41 | PMT | =D35 | |||||||
42 | PV | =-D38 | |||||||
43 | FV | =D33 | |||||||
44 | |||||||||
45 | Yield to maturity of the bond | =2*RATE(D40,D41,D42,D43) | =2*RATE(D40,D41,D42,D43) | ||||||
46 | |||||||||
47 | Hence Cost of debt is | =D45 | |||||||
48 | |||||||||
49 | Calculation of Weight of Common Stock, Preferred stock and Debt: | ||||||||
50 | Market Value of Common Equity | =Number of common shares * Market Value of common shares | |||||||
51 | |||||||||
52 | Using the following data | ||||||||
53 | Number of common shares outstanding | 180000 | |||||||
54 | Share Price | 50 | |||||||
55 | Market Value of Common Equity | =Number of shares * Market Value of shares | |||||||
56 | =D54*D53 | ||||||||
57 | |||||||||
58 | Market Value of Debt | =Number of Bonds * Market Price of Bonds | |||||||
59 | |||||||||
60 | Using the following data | ||||||||
61 | Number of Bonds | 7000 | |||||||
62 | Price of Bonds | =D34 | |||||||
63 | Market Value of Debt | =Number of Bonds * Market Price of Bonds | |||||||
64 | =D62*D61 | ||||||||
65 | |||||||||
66 | Market Value of Preferred shares | =Number of preferred shares * Market Value of preferred shares | |||||||
67 | Number of preferred shares outstanding | 8000 | |||||||
68 | Share Price | =D22 | |||||||
69 | Market Value of Preferred shares | =Number of preferred shares * Market Value of preferred shares | |||||||
70 | =D68*D67 | ||||||||
71 | Market Value of firm | =D56+D64+D70 | =D56+D64+D70 | ||||||
72 | Weight of common equity, w(E) | =Market Value of common equity / Market Value of Firm | |||||||
73 | =D56/D71 | ||||||||
74 | |||||||||
75 | Weight of debt, w(D) | =Market Value of debt / Market Value of Firm | |||||||
76 | =D64/D71 | ||||||||
77 | |||||||||
78 | Weight of preferred share, w(P) | =Market Value of preferred shares / Market Value of Firm | |||||||
79 | =D70/D71 | ||||||||
80 | |||||||||
81 | Calculation of WACC | ||||||||
82 | Source of capital | Capital Structure | Cost | ||||||
83 | Debt | =D76 | =D47 | ||||||
84 | Common Stock | =D73 | =D16 | ||||||
85 | Preferred Stock | =D79 | =D27 | ||||||
86 | |||||||||
87 | Tax Rate | 0.35 | |||||||
88 | |||||||||
89 | WACC | = r(E) × w(E) + r(P) × w(P)+r(D) × (1 – t) × w(D) | |||||||
90 | =D84*E84+D85*E85+D83*E83*(1-D87) | =D84*E84+D85*E85+D83*E83*(1-D87) | |||||||
91 | |||||||||
92 | Hence WACC of the firm is | =D90 | |||||||
93 |