...
One of the efficiency metrics of Financial Investment defined as:
LaTeX Math Block | ||||
---|---|---|---|---|
| ||||
\mbox{PI} = 1 + \frac{\mbox{NPV}}{\mbox{I}_0} = \frac{\mbox{PV}[CF^+]}{I_0} |
where
| Net Present Value | ||||
| Initial Investment | ||||
| Cash Inflows |
The key difference with NPV is that PI shows a value of returns per unit cash invested.
This particularly means that some Projects with higher NPV may be less attractive in PI terms than Projects with lesser NPV as they require a high higher Initial Investment.
This allows a fair comparison of investment efficiency between two investment projects with different Initial Investment volumes.
...
Weighing the Project's risks against PI to include to or exclude from Investment Package is based on the Corporate Investment Policy.
The formula
LaTeX Math Block Reference | ||
---|---|---|
|
LaTeX Math Inline | ||
---|---|---|
|
If this is not the case and the future cash flows include additional investments (for example additional paid in capital and/or CAPEX) then one need to give a preference to other methods of assessing the investment profitability, like Present Value Index (PVI) and Modified Internal Rate of Return (MIRR).
See also
...
Economics / Investment / Financial Investment
[ Net Present Value (NPV) ][ Present Value Index (PVI) ]