In: Finance
An MNC IT company based in Germany, named IT AG, has identified
two
mutually exclusive cost saving projects. However, the equipment
that will be
required to realize the cost savings need an upfront investment of
$250
million for both the projects. The annual cost savings expected
from project 1
is 15% of the annual revenues and from project 2 is 12% of the
annual
revenues. The equipment used in both the projects have a useful
life of 4
years. The firm has decided to employ a Straight Line Method (SLM)
of
depreciation and the ending period book value is zero for both
the
equipment. The firm expects to sell the equipment for projects 1
and 2 for $50
million and $100 million respectively at the end of 4 years. The
year 1 revenue
projected for this firm is $500 million, which is expected to grow
at an annual
growth rate of 5% for the subsequent years. The tax rate in Germany
is 15%.
Which project would you choose based on a discounting rate of 10%
?
Depreciation = Historical cost / useful life = 250/4 = 62.5 million
Project 1
Particulars | 1 | 2 | 3 | 4 | Total | |
a | Revenue | 500 | 525 | 551.25 | 578.8125 | |
b= a*15% | Cost Saving | 75 | 78.75 | 82.6875 | 86.82188 | |
c=b*15% | Tax on cost savings | 11.25 | 11.8125 | 12.40313 | 13.02328 | |
d=b-c | After tax csot savings | 63.75 | 66.9375 | 70.28438 | 73.79859 | |
e=62.5*15% | Depreciation Tax shield | 9.375 | 9.375 | 9.375 | 9.375 | |
f= d+e | Cash flows | 73.125 | 76.3125 | 79.65938 | 83.17359 | |
g | Discounting factor = 1 /( 1+r)^n | 0.909091 | 0.826446 | 0.751315 | 0.683013 | |
h=f*g | Present value of cash flows | 66.47727 | 63.06818 | 59.84927 | 56.80868 | 246.2034057 |
i | After tax value of sale of equipment =50*(1 -0.15) | 42.5 | ||||
j | Present value of after tax value of equipment = 42.50/1.1^4 | 29.02807185 | ||||
k | Initial Investment | 250 | ||||
l | Net Present Value = sum of presnet value of cash inflows + after tax value of equipment - initial investment | 25.23147753 |
Project 2
Particulars | 1 | 2 | 3 | 4 | Total | |
a | Revenue | 500 | 525 | 551.25 | 578.8125 | |
b= a*12% | Cost Saving | 60 | 63 | 66.15 | 69.4575 | |
c=b*15% | Tax on cost savings | 9 | 9.45 | 9.9225 | 10.41863 | |
d=b-c | After tax cost savings | 51 | 53.55 | 56.2275 | 59.03888 | |
e=62.5*15% | Depreciation Tax shield | 9.375 | 9.375 | 9.375 | 9.375 | |
f= d+e | Cash flows | 60.375 | 62.925 | 65.6025 | 68.41388 | |
g | Discounting factor = 1 /( 1+r)^n | 0.909091 | 0.826446 | 0.751315 | 0.683013 | |
h=f*g | Present value of cash flows | 54.88636 | 52.00413 | 49.28813 | 46.7276 | 202.9062223 |
i | After tax value of sale of equipment =100*(1 -0.15) | 85 | ||||
j | Present value of after tax value of equipment = 85/1.1^4 | 58.05614371 | ||||
k | Initial Investment | 250 | ||||
l | Net Present Value = sum of presnet value of cash inflows + after tax value of equipment - initial investment | 10.96236596 |
We will choose Project 1 as the NPV is higher for Project 1 then Project 2