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Company Valuation Under IFRS : Interpreting and Forecasting ...

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<strong>Company</strong> valuation under <strong>IFRS</strong><br />

spread. And the third part contains two capitalisations. The first capitalised the<br />

stream represented by the t+1 year investment. The second applies the Gordon<br />

Growth model to it to calculate the present value of an infinite stream, with each<br />

year’s investment being bigger by (1+g). Do not forget that, as ever, this is a<br />

value at the end of our forecast period, <strong>and</strong> will need to be brought back to a<br />

current value:<br />

PV 0 =PV t /(1+WACC) t<br />

before we go ahead <strong>and</strong> enter these two components of the terminal value into<br />

our model, let us just linger a moment on what the PV t formula above is telling<br />

us. It is giving us the present value of a stream of investments that will be made<br />

to infinity, starting in one year’s time, by capitalising the value that each annual<br />

investment will create. This has an application that goes well beyond the<br />

construction of economic profit models.<br />

The economic profit terminal value formula is applicable to all sectors of<br />

industry in which it is practical to value the existing assets of the company<br />

<strong>and</strong> separately to put a value on the future investment stream. This permits<br />

complete emancipation from accounting entities if the assets (franchises,<br />

properties, oil fields, drug patents) can be valued directly, <strong>and</strong> then an<br />

additional component of value be put on the firm’s incremental<br />

investment opportunities.<br />

So we now have two components to our economic profit terminal value.<br />

The first represents the present value of a flat stream of economic profit<br />

generated by the assets as at the end of the forecasting period, valued as a flat<br />

perpetuity, <strong>and</strong> then brought back to year zero.<br />

The second represents the value that will be added by incremental net<br />

investments made after the forecasting period, derived from the same retention<br />

formula that we used in the DCF model. The value added by the first year’s<br />

investment is then calculated <strong>and</strong> extrapolated as a constant growth series of<br />

additions to value. We are not valuing an annual cash flow here. We are valuing<br />

an annual accrual of additional value to the company.<br />

So, does it give us the same answer as the DCF? Exhibit 5.2 illustrates the complete<br />

economic profit valuation of Metro, with the same balance sheet adjustments that<br />

we used for the DCF valuation. And, yes, it gives us the same answer.<br />

What is very different about this analysis is its attribution of that value, which is<br />

sliced four ways: the current balance sheet, the economic profit that is expected<br />

to be generated over the next 5 years, the economic profit that would be<br />

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