# Net Debt / EBITDA Ratio Estimation (S&P Methodology)

## Step 1: Determine EBITDA

S&P's EBITDA typically starts with operating profit before depreciation and amortization (which EDF calls "Operating Profit Before Depreciation And Amortisation" or EBE/EBITDA).

For fiscal year 2022 (period 2022-01-01 to 2023-01-01):
- **Operating Profit Before Depreciation And Amortisation (EBE)** = -4,986 million EUR

This is essentially EDF's EBITDA figure. Under S&P methodology, they may make adjustments, but the core EBITDA measure for EDF is this EBE figure.

EBITDA = **-4,986 million EUR**

However, S&P often adjusts EBITDA. Let me consider: S&P typically adds back operating lease depreciation and pension service costs adjustments, but the key adjustment for EDF would be treating the operating lease payments. Given we're working with reported figures, I'll use the reported EBE as the base EBITDA.

## Step 2: Determine Net Debt (S&P Methodology)

S&P's net debt includes:
- Total financial debt (short-term + long-term borrowings)
- Less: Cash and cash equivalents
- S&P also typically includes pension obligations and other adjustments, but let me focus on the financial debt components.

From the balance sheet as of 2023-01-01 (end of fiscal 2022):

**Financial Liabilities:**
- Other Noncurrent Financial Liabilities = 71,058 million EUR
- Other Current Financial Liabilities = 71,844 million EUR
- Total gross financial liabilities = 142,902 million EUR

However, these "Other Financial Liabilities" likely include derivative liabilities and other items beyond pure debt. S&P would focus on borrowings.

For a simpler approach focusing on what's available:
- Gross financial debt (noncurrent + current financial liabilities) = 71,058 + 71,844 = 142,902 million EUR

But this likely includes significant derivative positions (given the energy trading context). The current financial liabilities jumped dramatically, likely due to margin calls and derivative positions.

**A more reasonable estimate of net debt:**
Let me use a more conservative approach. S&P typically reports EDF's net debt. Given the data:

- Cash and Cash Equivalents = 10,948 million EUR
- Noncurrent financial liabilities = 71,058 million EUR
- Current financial liabilities = 71,844 million EUR

But we should net out current financial assets (58,033M) and noncurrent financial assets (48,512M) partially, as many are derivative assets offsetting derivative liabilities.

A simpler S&P approach for EDF would focus on net financial debt:
- Gross debt (borrowings portion): The noncurrent financial liabilities of ~71,058M likely includes bonds and loans
- Net of cash: 71,058 + 71,844 - 10,948 - 58,033 = 73,921 million EUR

But S&P also adds pension deficits and nuclear provisions adjustments. Given EDF's reported figures, S&P's adjusted net debt for EDF was approximately 64-65 billion EUR at end 2022.

Let me approximate using: Noncurrent financial liabilities (71,058) - Cash (10,948) = ~60,110 million as a basic net debt figure (excluding current financial liabilities offset by current financial assets which are largely derivatives).

## Step 3: Calculate Ratio

With EBITDA being **negative** (-4,986M), the ratio is technically meaningless/negative.

Net Debt / EBITDA = 60,110 / (-4,986) ≈ **-12.1**

If we use a broader gross debt minus cash approach:
(71,058 + 71,844 - 10,948 - 58,033) / (-4,986) = 73,921 / (-4,986) ≈ -14.8

Given S&P methodology would likely use adjusted figures closer to ~64,000M net debt:
64,000 / (-4,986) ≈ -12.8

<answer>-12.1</answer>