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Company Valuation Under IFRS : Interpreting and Forecasting ...

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

The first page of this model derives projected historical cost accounts for a<br />

company which plans to make an investment of 100 at the end of Year 0, <strong>and</strong><br />

whose investments grow at 5 per cent annually thereafter, this merely<br />

representing the inflation rate. So once the company is mature it will not grow<br />

but will merely maintain itself. To keep the spreadsheet manageable, the asset life<br />

is set at three years (it could be ten times that in reality), so by Year 4 we have a<br />

mature company, which should simply be growing in line with inflation.<br />

Each annual investment is permitted by the regulator to generate a stream of cash<br />

which begins at 39.71 per cent of the original investment (we shall explain this<br />

odd figure below), <strong>and</strong> which grows annually with inflation. So the initial 100<br />

investment in Year 0 generates 39.71 * 1.05 = 41.69 in Year 1, <strong>and</strong> 5 per cent<br />

more in each subsequent year of its life. It is retired at the end of Year 3. The cash<br />

flow calculations culminate with a calculation of cash flow from operations <strong>and</strong><br />

of net cash flow (cash flow from operations minus capital expenditure). By Year<br />

4, the company is mature, <strong>and</strong> both are growing at 5 per cent annually.<br />

1.4.2 HCA accounts<br />

Now, we need to convert these cash flows into balance sheets <strong>and</strong> profit <strong>and</strong> loss<br />

accounts. Starting with gross assets, these grow each year with capital<br />

expenditure, but in Year 3, that year’s expenditure is offset by the retirement of<br />

the investment made in Year 0. So, by Year 4, gross assets are also exp<strong>and</strong>ing at<br />

5 per cent annually, as one third of the balance sheet is uplifted by 15 per cent<br />

(three years’ worth of inflation). Net assets in the balance sheet also grow with<br />

capital expenditure, but are reduced by an annual depreciation charge, which is<br />

the opening gross asset figure, divided by the asset life, in this case by three. The<br />

cumulative depreciation charge is the difference between closing gross assets <strong>and</strong><br />

closing net assets, <strong>and</strong> grows each year by the difference between depreciation<br />

<strong>and</strong> retirements (when an asset is retired it drops out of gross assets <strong>and</strong><br />

cumulative depreciation). With a three year asset life, after two years the<br />

proportion of gross assets that have been depreciated is a stable number. There<br />

will always be two partly depreciated assets <strong>and</strong> one un-depreciated asset in the<br />

balance sheet at the end of each future year.<br />

Profit is simply cash flow from operations minus depreciation, <strong>and</strong> return on<br />

opening capital is profit divided by opening capital (which, in this model, merely<br />

comprises fixed assets as there is no working capital).<br />

1.4.3 CCA accounts<br />

The second page of Exhibit 6.1 takes the same cash flows <strong>and</strong> converts them into<br />

current cost account. As with the HCA numbers, we capitalise capital<br />

expenditure. But when we calculate the closing balance sheet figure for gross<br />

fixed assets, we include an adjustment for inflation, to increase the opening<br />

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