Kurumsal Finans ve Strateji Rehberi | Finance & Strategy Insights

As businesses grow, they often accumulate various liabilities, including multiple promissory notes with different maturity dates. Managing these individual debts can be administratively cumbersome and financially inefficient.

Debt consolidation—replacing several existing debts with a single, new loan or note—can streamline finances and potentially improve cash flow management. But a critical question arises: What should the face value of the new consolidation note be?

The answer lies in calculating the present value of your existing debts and then projecting that value into the future at an anticipated market interest rate. This guide breaks down this essential financial process.

Scenario: ABC Co.’s Debt Restructuring Dilemma

ABC Co. wants to replace three outstanding promissory notes with a single new note that has a maturity of 4 years. The company’s treasury department forecasts that market interest rates will remain around 18% for the foreseeable future.

The details of the existing notes are as follows:

Promissory Note	Face Value (TL)	Time to Maturity (Years)
Note A	400,000	2
Note B	280,000	3
Note C	360,000	5

Objective: Calculate the appropriate face value for the new 4-year consolidation note.

Step 1: Calculate the Present Value of the Existing Debts

A fundamental principle of finance is that money has a time value. You cannot directly compare cash flows from different points in time. Therefore, we must discount the future values of all existing debts back to their present value (PV) using the forecasted market interest rate of 18% as the discount rate.

Present Value Formula: PV = Face Value / (1 + Interest Rate)^n

Where n is the number of years until maturity.

Let’s calculate the present value for each note:

1. Present Value of Note A:
   • PV_A = 400,000 TL / (1 + 0.18)²
   • PV_A = 400,000 TL / 1.3924
   • PV_A ≈ 287,273.92 TL
2. Present Value of Note B:
   • PV_B = 280,000 TL / (1 + 0.18)³
   • PV_B = 280,000 TL / 1.643032
   • PV_B ≈ 170,403.73 TL
3. Present Value of Note C:
   • PV_C = 360,000 TL / (1 + 0.18)⁵
   • PV_C = 360,000 TL / 2.28775776
   • PV_C ≈ 157,354.75 TL

Total Present Value of Existing Debts:
= PV_A + PV_B + PV_C
= 287,273.92 TL + 170,403.73 TL + 157,354.75 TL
= 615,032.40 TL

This figure (615,032.40 TL) represents the true, comparable value of the company’s debt obligation in today’s terms, considering the time value of money at an 18% rate.

Step 2: Calculate the Face Value of the New Note

We now know the collective value of the old debt in today’s money (615,032.40 TL). The face value of the new note is simply this present value compounded forward at the 18% interest rate for the new note’s 4-year term.

Future Value Formula: FV = Present Value × (1 + Interest Rate)^n

• New Face Value = Total Present Value × (1 + 0.18)⁴
• New Face Value = 615,032.40 TL × (1.18)⁴
• New Face Value = 615,032.40 TL × 1.93877776
• New Face Value ≈ 1,192,500 TL

Conclusion and Interpretation

For ABC Co. to fairly consolidate its three existing notes (with a combined face value of 1,040,000 TL), it should issue a new note with a face value of approximately 1,192,500 TL and a 4-year maturity.

Why did the face value increase?
The increase accounts for the additional interest that will accrue over the new, longer maturity period. By pushing the final payment date further into the future, the company is essentially paying more in total interest, which is reflected in the higher face value of the consolidation note. In exchange, the company simplifies its debt management and potentially improves its short-term cash flow.

Crucial Warning: The accuracy of this entire calculation hinges on the accuracy of the interest rate forecast. If actual market rates deviate significantly from the predicted 18%, the consolidation could become either more or less expensive than anticipated. A thorough market analysis is essential before making any debt restructuring decisions.