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Company Valuation Under IFRS : Interpreting and Forecasting ...

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Chapter Six – The awkward squad<br />

figure by the rate of inflation. Then, when we retire assets, we retire them at the<br />

current equivalent of their purchase cost, so the 100 that we spent in Year 0 is<br />

retired as 100*1.05 3 = 115.76 when it drops out of the gross assets in Year 3.<br />

The net assets in CCA accounts are derived by looking at the ratio of net to gross<br />

assets in the HCA accounts <strong>and</strong> applying it to the gross replacement cost assets.<br />

Then since we know the opening value, the closing value <strong>and</strong> the capital<br />

expenditure, we can derive depreciation as a result. So, at end Year 2, cumulative<br />

depreciation (from the HCA accounts) comprises 32.25 per cent of gross assets,<br />

so in the CCA accounts if gross assets comprise 330.75 then cumulative<br />

depreciation must be 106.67. Closing net assets must be 330.75 - 106.67 =<br />

224.08. Now, if we know that opening net assets were 175.85, closing net assets<br />

were 224.08 <strong>and</strong> capital expenditure was 110.25, then by deduction the annual<br />

depreciation charge for the year is 72.52.<br />

As with HCA accounts, CCA profit is cash flow minus CCA depreciation <strong>and</strong><br />

return on opening capital is CCA profit divided by opening CCA capital. Notice<br />

that the return on capital employed stabilises at exactly 7.5 per cent. That is<br />

where our rather eccentric looking ‘real cash on cash return’ number comes from.<br />

It is the figure for real cash return on cash investment that would provide the<br />

company with a 7.5 per cent CCA return on capital assuming a three year asset<br />

life. In reality, the regulator would not set the cash flow directly, as we have<br />

discussed, but would set a price cap such as to generate expected cash flows that<br />

are consistent with the target return.<br />

The reconciliation between the HCA <strong>and</strong> the CCA profit numbers is the<br />

difference between the two depreciation charges, the ‘supplementary<br />

depreciation’ in the CCA accounts. But there is an important difference between<br />

the two accounts to which we shall return. For the HCA accounts, clean value<br />

accounting holds. So, for example, in Year 1, capital grows from 100.00 to<br />

171.67, <strong>and</strong> the net investment of 71.67 equals capital expenditure of 105.00<br />

minus depreciation of 33.33 (net investment), which in turn equals profit of 8.36<br />

plus negative net cash flow (new capital) of 63.31. But these relationships do not<br />

hold in CCA accounts. The reason is the inflation adjustment.<br />

Capital grows each year by more than net investment or the sum of profit<br />

<strong>and</strong> negative cash flow. Clean value accounting does not hold. This will<br />

have strong implications for how our valuation methodology will have to<br />

work, if we are running off CCA accounts.<br />

1.4.4 Economics HCA-style<br />

The third page of Exhibit 6.1 illustrates the individual cash flows generated by<br />

each of the four years’ of capital expenditure in our forecasts. This exercise has<br />

two purposes. The first is to demonstrate what the economic rate of return is. The<br />

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