Adjusted present value
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Adjusted Present Value (APV) is a business valuation method. APV is the net present value of a project if financed solely by ownership equity plus the present value of all the benefits of financing. It was first studied by Stewart Myers, a professor at the MIT Sloan School of Management and later theorized by Lorenzo Peccati, professor at the Bocconi University, in 1973. Usually, the main benefit is a tax shield resulted from tax deductibility of interest payments. Another one can be a subsidized borrowing. The APV method is especially effective when a leveraged buyout case is considered since the company is loaded with an extreme amount of debt, so the tax shield is substantial.
Technically, an APV valuation model looks pretty much the same as a standard DCF model. However, instead of WACC, cash flows would be discounted at the unlevered cost of equity, and tax shields at the cost of debt. APV and the standard DCF approaches should give the identical result if the capital structure remains stable.
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[edit] APV formula
APV = Base-case NPV + PV of financing effect
[edit] Example
[edit] Given data
- Initial investment = 1 000 000
- Expected cashflow = 95 000 in perpetuity
- Unlevered cost of equity = 10%
- Cost of debt = 5%
- Actual interest on debt = 5%
- Tax rate = 35%
- Project is financed with 400 000 of debt and 600 000 of equity; this capital structure is kept in perpetuity
[edit] Calculation
- Base-case NPV = –1 000 000 + (95 000/(1.1-1)/1) = –50 000
- PV of Tax Shield = (35% x (400 000 x 5%)) / 1-(1/1.05) = 140 000 (approx)
- APV = –50 000 + 140 000 = 90 000
Note how substantial the effect of tax shield can be.
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