Intrinsic Value: Build and Audit a Per-Share Valuation

Learn how to estimate intrinsic value with consistent cash flows, discount rates, terminal assumptions, enterprise-to-equity adjustments, diluted shares, and sensitivity ranges.

For educational purposes only; not investment advice. Investing may result in loss.

Direct answer

Intrinsic value is an analyst’s model-dependent estimate of the present value attributable to an asset’s owners under stated cash-flow, risk, timing, financing, and terminal assumptions. It is not directly observable and is not the same thing as the current market price or an accounting fair-value measurement.

For a discounted cash-flow model, the general relationship is:

value at t = 0 = Σ[expected cash flow_t / (1 + required return_t)^t]

The numerator and discount rate must belong to the same claim. Free cash flow to the firm (FCFF) is normally discounted at a weighted average cost of capital (WACC) to estimate the value of operating assets. Free cash flow to equity (FCFE) is discounted at a cost of equity to estimate common-equity value directly. A dividend discount or residual-income model is another equity approach; asset, liquidation, or sum-of-the-parts methods may fit other businesses better.

Intrinsic value should be reported as a transparent scenario range or distribution, not a fact disguised by decimal precision. Different analysts can rationally reach different estimates because forecasts, required returns, control assumptions, tax positions, and units of account differ.

How it works

Build and audit the valuation in this order:

Define the claim and valuation date. State whether the output is operating-asset value, enterprise value, total equity value, common-equity value, or value per diluted share. Fix the currency, date, ownership class, going-concern or liquidation premise, and whether the view is entity-specific or based on market-participant assumptions.
Reconstruct the starting economics. Reconcile the income statement, balance sheet, cash-flow statement, equity statement, footnotes, segments, acquisitions, discontinued operations, leases, pensions, stock compensation, tax items, and noncontrolling interests. Normalize temporary, cyclical, or one-time effects without erasing genuine costs.
Forecast operating drivers and reinvestment. Link revenue, margins, taxes, working capital, capital expenditure, depreciation, acquisitions, and restructuring to internally consistent scenarios. Growth requires reinvestment unless the economics explicitly support otherwise; a useful diagnostic is growth ≈ reinvestment rate × return on invested capital.
Match cash flow and required return. Discount FCFF with a project- or company-appropriate WACC and FCFE or dividends with cost of equity. Keep nominal cash flows with nominal rates, real with real, after-tax with after-tax, and currency with a rate from the same currency. Do not add a risk penalty to cash flows and again to the discount rate without justification.
Model the terminal period. Under a stable-growth going-concern model, terminal value at n = cash flow_(n+1) / (r - g), requiring r > g. Terminal growth, margins, reinvestment, returns on capital, taxes, and risk must describe a feasible mature state. A market exit multiple is a relative-valuation assumption, even when placed inside a DCF.
Bridge to common equity and per-share value. A simplified operating-value bridge is common equity value = operating value + excess cash + nonoperating assets - debt - debt-like claims - preferred claims - noncontrolling interests. Classify leases, pensions, investments, associates, options, convertibles, tax assets or liabilities, and trapped cash consistently. Then use a date- and scenario-consistent diluted share count without double counting dilution already valued as a claim.
Triangulate and stress. Reconcile present values to the bridge and share count, then test discount rates, terminal growth, margins, reinvestment, cyclicality, dilution, currency, taxes, and failure scenarios. Compare DCF, dividend or residual-income, asset, SOTP, and relative-valuation outputs only after aligning definitions. Record what evidence would change each input and update the valuation as facts change.

Market price is an observable transaction quote for a particular security at a particular time. IFRS 13 accounting fair value is a market-participant exit-price measurement under its scope and rules. An investor’s intrinsic value can use different objectives or entity-specific forecasts, so using “fair value” as an unlabeled synonym can create a category error.

Example

Use one internally consistent base case, then expose the bridge and sensitivities:

Explicit forecast: illustrative annual FCFF for years 1 through 5 is $80.0000m, $90.0000m, $100.0000m, $110.0000m, and $120.0000m. Discounting at 9.0000% gives PV of explicit FCFF = $382.2826m.
Terminal value and bridge: with year-6 FCFF of $123.6000m and perpetual growth g = 3.0000%, terminal value at year 5 = $123.6m / (9.0% - 3.0%) = $2,060.0000m; its present value is $1,338.8587m. Operating value is therefore $1,721.1412m. Adding $150.0000m of excess cash, subtracting $500.0000m of debt and $40.0000m of noncontrolling interests gives common-equity value of $1,331.1412m. Dividing by 100.0000m scenario-consistent diluted shares gives $13.3114 per share.
Sensitivity: raising WACC to 10.0000% while holding g = 3.0000% lowers value to $10.7825 per share. Holding WACC at 9.0000% and lowering growth to 2.0000% gives $11.2873; changing both gives $9.3189. The base-case terminal-value present value is 77.7890% of operating value, which makes the output especially sensitive to mature-state assumptions.
Price comparison: at a market price of $11.5000, the base estimate is 15.7514% above price, while price is 13.6080% below estimated value. Those percentages use different denominators. Neither is a guaranteed return or proof of mispricing; the sensitivity range already includes values below the market price.

Risks

State the valuation date, currency, ownership claim, security class, and going-concern or liquidation premise.
Distinguish market price, investor-specific intrinsic value, and accounting fair value rather than using the labels interchangeably.
Use point-in-time filings and preserve the information set that was actually available on the valuation date.
Reconcile revenue, operating profit, taxes, capex, depreciation, working capital, and cash flow before forecasting.
Separate recurring economics from one-time items without normalizing away genuine recurring costs.
Model cyclicality with normalized or scenario cash flows rather than extrapolating a peak or trough mechanically.
Link growth to reinvestment and returns on capital; growth without required investment can overstate value.
Match FCFF with WACC and FCFE or dividends with cost of equity.
Keep nominal or real, pretax or after-tax, and currency conventions consistent between cash flows and discount rates.
Avoid double counting risk in both pessimistic cash flows and an unsupported discount-rate premium.
Require terminal growth below the matching required return and consistent with a feasible mature economy and market.
Test terminal margins, taxes, reinvestment, returns on capital, and competitive fade together rather than changing growth alone.
Report how much operating value comes from the terminal period and test liquidation or failure where relevant.
Treat an exit multiple as a relative-valuation input and match its numerator, denominator, date, and peer basis.
Bridge operating value to common equity with excess cash, debt, debt-like claims, preferred stock, noncontrolling interests, and nonoperating assets classified once.
Distinguish total cash from distributable excess cash and consider restrictions, taxes, operating needs, and jurisdiction.
Use a scenario-consistent diluted share count and model options, awards, convertibles, buybacks, and future issuance without double counting.
For banks, insurers, resource companies, early-stage firms, and asset-heavy or distressed businesses, test methods suited to their economics and regulation.
Treat comparable multiples as a market cross-check, not independent proof that an intrinsic estimate is correct.
Preserve full precision, document sources, publish sensitivities and failure cases, and update assumptions when evidence changes.

Common misconceptions

“Intrinsic value is the true price waiting to be discovered.” It is a conditional estimate whose inputs and model can be incomplete or wrong.
“Enterprise value minus net debt always equals common equity value.” The bridge can also require nonoperating assets, debt-like claims, preferred stock, noncontrolling interests, restrictions, and dilution adjustments.
“A conservative discount rate makes every other assumption safe.” Inconsistent or double-counted risk can distort value rather than create prudence.
“A stock below intrinsic value must rise to that value.” Price can remain different, business facts can deteriorate, and the estimate can change before any convergence.
“More decimal places mean a more reliable valuation.” Precision in arithmetic does not remove uncertainty in cash flows, terminal economics, risk, or share count.

Sources

SEC: Beginners’ Guide to Financial Statements.
SEC: Read a 10-K.
IFRS Foundation: IFRS 13 Fair Value Measurement.
NYU Stern / Aswath Damodaran: An Introduction to Valuation.
NYU Stern / Aswath Damodaran: The Little Book of Valuation - Terminal Value.
NYU Stern / Aswath Damodaran: The Little Book of Valuation - Value per Share.