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Two methods can be used to produce solar panels for electric power generation. M

ID: 2620670 • Letter: T

Question

Two methods can be used to produce solar panels for electric power generation. Method 1 will have an initial cost of $560,000, an AOC of $170,000 per year, and $115,000 salvage value after its 3-year life. Method 2 will cost $870,000 with an AOC of $115,000 and a $170,000 salvage value after its 5-year life. Assume your boss asked you to determine which method is better, but she wants the analysis done over a three-year planning period. You estimate the salvage value of Method 2 will be 28% higher after three years than it is after five years. If the MARR is 11% per year, which method should the company select?

The company should select method 1 or method 2 ?

Explanation / Answer

Year

Method 1

Method 2

PV Factor Calculation

PV Factor @ 11 % (F)

Method 1

Method 2

Cash Flow C1

Cash Flow C2

PV = C1 x F

PV = C2 x F

0

$560,000

$870,000

1/(1+11%)^0

1

$560,000

$870,000

1

$170,000

$115,000

1/(1+11%)^1

0.900900901

$153,153

$103,604

2

$170,000

$115,000

1/(1+11%)^2

0.811622433

$137,976

$93,337

3

$55,000

($102,600)

1/(1+11%)^3

0.731191381

$40,216

($75,020)

NPC

$891,344

$991,920

Cash flow or cost for year 3 for Method 1 = Annual operating cost – salvage value

                                                                          = $ 170,000 - $ 115,000 = $ 55,000

Cash flow or cost for year 3 for Method 2 = Annual operating cost – salvage value

                                                                          = $ 115,000 – [$ 170,000 x (1.28)]

                                                                          = $ 115,000 - $ 217,600 = - $ 102,600

As the present value of cost for Method 1 is less than Method 2 for a range of three year periods, Method 1 should be selected.

Year

Method 1

Method 2

PV Factor Calculation

PV Factor @ 11 % (F)

Method 1

Method 2

Cash Flow C1

Cash Flow C2

PV = C1 x F

PV = C2 x F

0

$560,000

$870,000

1/(1+11%)^0

1

$560,000

$870,000

1

$170,000

$115,000

1/(1+11%)^1

0.900900901

$153,153

$103,604

2

$170,000

$115,000

1/(1+11%)^2

0.811622433

$137,976

$93,337

3

$55,000

($102,600)

1/(1+11%)^3

0.731191381

$40,216

($75,020)

NPC

$891,344

$991,920

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