In: Finance
Crete Logistics is thinking of opening a new warehouse, and the key data are shown below. The company will be leasing the building at a cost of $2,000 per month. The equipment for the project would be depreciated by the straight-line method over the project's 4-year life to a salvage value of zero, but you estimate the equipment's true salvage value is $10,000. New working capital of $15,000 would be required, and revenues and other operating costs would be constant over the project's 4-year life.
WACC |
10.0% |
Equipment Cost |
$65,000 |
Sales revenues, each year |
$123,000 |
Annual Operating Cost (including lease payment and excluding depreciation) |
$49,000 |
Tax rate |
35% |
What is the project's NPV?
Initial investment = Cost of equipment + Working capital investment
= $ 65,000 + $ 15,000 = $ 80,000
Computation of annual cash flow:
Annual depreciation = Cost of equipment/Number of useful lives
= $ 65,000/4 = $ 16,250
Annual revenue |
$123,000 |
Less: Operating Cost |
$49,000 |
Operating profit |
$74,000 |
Less: Depreciation |
$16,250 |
PBT |
$57,750 |
Less: Tax @ 35 % |
$20,212.50 |
Net profit |
$37,537.50 |
Add: Depreciation |
$16,250 |
Annual cash flow |
$53,787.50 |
Cash flow through year 1 to 3 is $ 53,787.50
Cash flow for year 4 = Annual cash flow +Salvage value x (1-Tax rate) + Working capital release
= $ 53,787.50 + $ 10,000 x (1-0.35) + $ 15,000
= $ 53,787.50 + ($ 10,000 x 0.65) + $ 15,000
= $ 53,787.50 + $ 6,500 + $ 15,000 = $ 75,287.50
Computation of NPV:
NPV = PV of future cash flows – Initial investment
Year |
Cash Flow (C) |
Computation of PV factor |
PV factor @ 10 % (F) |
PV (C x F) |
0 |
($80,000) |
1/(1+0.1)0 |
1 |
($80,000.0000) |
1 |
$53,787.50 |
1/(1+0.1) 1 |
0.90909090909091 |
$48,897.7273 |
2 |
$53,787.50 |
1/(1+0.1) 2 |
0.82644628099174 |
$44,452.4793 |
3 |
$53,787.50 |
1/(1+0.1)3 |
0.75131480090158 |
$40,411.3449 |
4 |
$75,287.50 |
1/(1+0.1) 4 |
0.68301345536507 |
$51,422.3755 |
NPV |
$105,183.9270 |
NPV of the project is $ 105,183.9270 or $ 105,183.93