In: Finance
Caspian Sea Drinks is considering the purchase of a plum juicer – the PJX5. There is no planned increase in production. The PJX5 will reduce costs by squeezing more juice from each plum and doing so in a more efficient manner. Mr. Bensen gave Derek the following information. What is the NPV of the PJX5?
a. The PJX5 will cost $1.58 million fully installed and has a 10 year life. It will be depreciated to a book value of $220,628.00 and sold for that amount in year 10.
b. The Engineering Department spent $14,803.00 researching the various juicers.
c. Portions of the plant floor have been redesigned to accommodate the juicer at a cost of $20,051.00.
d. The PJX5 will reduce operating costs by $307,163.00 per year.
e. CSD’s marginal tax rate is 36.00%.
f. CSD is 58.00% equity-financed.
g. CSD’s 19.00-year, semi-annual pay, 5.41% coupon bond sells for $979.00.
h. CSD’s stock currently has a market value of $21.91 and Mr. Bensen believes the market estimates that dividends will grow at 2.33% forever. Next year’s dividend is projected to be $1.68.
before tax cost of debt =using rate function in M S excel | rate(nper,pmt,pv,fv,type) nper =38 pmt = 1000*5.41%*1/2 = 27.05 pv = -979 fv =1000 type =0 | RATE(38,27.05,-979,1000,0) | 2.80% |
after tax annual cost of debt | (2.80*2)*(1-.36) | 3.584 | |
cost of equity =(expected dividend/market price)+growth rate) | (1.68/21.91)+2.33% | 10.00% | |
WACC | |||
source | weight | component cost | weight*component cost |
debt | 42% | 3.58% | 1.5052800% |
equity | 58% | 10% | 5.8000000% |
total | 100% | WACC = sum of weight*component cost | 7.31% |
cost of juicer | -1580000 | ||
installation expenses | -20051 | ||
total cash outflow | -1600051 | ||
Annual cash flow | |||
annual savings | 307163 | ||
less annual depreciation =(1580000-220628)/10 | 135937.2 | ||
operating savings | 171225.8 | ||
less taxes-36% | 61641.288 | ||
after tax savings | 109584.512 | ||
add depreciation | 135937.2 | ||
net cash flow (year1 to year 9) | 245521.712 | ||
cash flow in year year 10 | 245521.712+220628) | 466149.712 | |
year | cash flow | present value factor at 7.31% =1/(1+r)^n | present value of cash flow = cash flow*present value factor |
0 | -1600051 | 1 | -1600051 |
1 | 245521.712 | 0.931879601 | 228796.6751 |
2 | 245521.712 | 0.868399591 | 213210.9543 |
3 | 245521.712 | 0.809243865 | 198686.9391 |
4 | 245521.712 | 0.75411785 | 185152.3055 |
5 | 245521.712 | 0.702747041 | 172539.6566 |
6 | 245521.712 | 0.654875632 | 160786.1864 |
7 | 245521.712 | 0.610265243 | 149833.3672 |
8 | 245521.712 | 0.568693731 | 139626.6585 |
9 | 245521.712 | 0.529954087 | 130115.2348 |
10 | 466149.712 | 0.493853404 | 230209.6219 |
net present value = sum of present value of cash flow | 208906.60 |