What are Valuation Methods?
Written by True Tamplin, BSc, CEPF®
Updated on March 31, 2021
The purpose of valuation is to appraise a security and compare the calculated value to the current market price in order to find wise investments.
While the current market price is said to reflect all variables (including irrational behavior), valuation models will only factor in a few variables.
This is why there are so many different methods of valuation.
This article will cover three of most popular valuation models:
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Dividend Discount Model (DDM)
The Dividend Discount Model, or DDM, is one of the most common valuation models.
This model values a share by estimating the present value of future dividends a stock will pay.
Because investors expect to earn interest on their money over time, money today is worth more than the same value paid out at a later date.
This is why future payouts are “discounted”when computing their value today.
The rate at which future dividends are discounted is known as the weighted average cost of capital.
The Weighted Average Cost of Capital, or WACC, is the “opportunity cost“of what the investor’s money could have made if it were invested elsewhere.
The Dividend Discount Model also factors in an estimated perpetual increase of the dividend payout made over time based on historical increases of the dividend payout.
The present value of future dividends is equal to the estimated value of the stock.
If the present value of future dividends calculated by the DDM is greater than the current price of the stock, then the DDM suggests it is a buying opportunity.
A major limitation of the Dividend Discount Model is that it can only be used if the company pays a dividend and the dividend returns are stable and predictable.
Discounted Cash Flow Model (DCF)
The Discounted Cash Flow Model can be used even if a company doesn’t pay a dividend or has unpredictable dividend returns.
To calculate the value of a share using the Discounted Cash Flow Model, add up the value of future earnings, then discount the earnings by the weighted average cost of capital, or WACC.
Then, subtract net debt from the enterprise value to compute the company’s fair value and divide by the number of outstanding shares to calculate the value of a share.
The formula for DCF is as follows:
- Take the future cash flows for year 1.
- Then divide by one plus “r,”which represents the discount rate, or WACC, raised to the first power.
- Then, add the future cash flows for year 2.
- This total is then divided by one plus “r,”or the WACC, raised to the second power.
- And continue this sequence using a detailed forecast for five years, then add a terminal value, which is the present value of future cash flows in perpetuity.
- Once you have the enterprise value, subtract the net debt of the company and divide by the number of outstanding shares.
If the estimated value of a share using the Discounted Cash Flow Model is greater than the current value of a share, the DCF model suggests it is a buying opportunity.
The weakness of this model is that it relies entirely on future cash flows estimates, which are unknown.
Additionally, appraising the cash flows and discount rates incorrectly can lead to inaccurate conclusions on the attractiveness of the investment.
Capital Asset Pricing Model (CAPM)
The Capital Asset Pricing Model, or CAPM, calculates the value of a security based on the expected return relative to the risk investors incur by investing in that security.
To calculate the value of a stock using CAPM, multiply the volatility, known as “beta,”by the additional compensation for incurring risk, known as the “Market Risk Premium,”then add the risk-free rate to that value.
The formula for CAPM is as follows:
Expected return of the investment = the risk-free rate + the beta of the investment times the expected return on the market – the risk free rate which is the market risk premium.
For each additional increment of risk incurred, the expected return should proportionately increase.
If a security is found to have a higher return relative to the additional risk incurred, then the CAPM model suggests that it is a buying opportunity.
Like all valuation models, CAPM has its limitations since some assumptions it uses are idealistic.
For example, Beta coefficients are unpredictable, change over time, only reflect systematic risk rather than total risk.
Despite its shortcomings, this model is very popular for valuing securities.