# Analysis of Ørsted A/S Hybrid Bond Utilization

## Current Capital Structure (as of 2023-01-01)

Let me first establish the company's current capital structure:

**Equity Components:**
- Equity Attributable to Owners of Parent: 71,743 million DKK
- Hybrid Capital: 19,793 million DKK
- Noncontrolling Interests: 3,996 million DKK
- Total Equity: 95,532 million DKK

**Debt:**
- Long-term Borrowings: 60,451 million DKK
- Short-term Borrowings: 2,830 million DKK
- Total Debt: 63,281 million DKK

**Total Adjusted Capital (Debt + Equity):**
63,281 + 95,532 = 158,813 million DKK

## S&P's Hybrid Bond Cap Calculation

S&P allows equity credit on hybrids up to **15% of total adjusted capital**:

Maximum hybrid capital allowed = 158,813 × 0.15 = **23,822 million DKK**

**Current hybrid usage:** 19,793 million DKK
**Headroom available:** 23,822 - 19,793 = **4,029 million DKK**
**Percentage of cap utilized:** 19,793 / 23,822 = **83.1%**

## Key Financial Metrics

**Operating Performance (2022):**
- Revenue growth: 70.4% (77.7B to 132.3B DKK)
- EBITDA (Operating profit + D&A): 32.1B DKK, up 32% YoY
- Operating margin: 15.0% (healthy)
- Strong profit generation: 14.5B DKK attributable to parent

**Leverage Metrics:**
- Net Debt/EBITDA: (63.3B - 16.2B) / 32.1B = **1.47x** (healthy for renewable energy)
- Debt/Equity: 63.3 / 95.5 = 0.66x (moderate)
- Interest Coverage: 32.1B / 18.0B = 1.78x (adequate but watch hedging)

**Key Risk Factors:**

1. **Significant Hedging Exposure:** The company reports substantial derivative positions ($57.6B in combined derivative assets/liabilities) and large mark-to-market volatility on cash flow hedges (-23.5B DKK in 2022 vs -39.7B in 2021). This high hedging sensitivity suggests operational volatility.

2. **Rising Rate Environment:** The swap curve shows dramatic increases from 2021 to 2022 (5Y: -0.26% to +1.73%, 10Y: +0.05% to +1.93%). This environment favors fixed-rate hybrid instruments but increases refinancing costs.

3. **Capital Intensity:** Construction in progress of 48.9B DKK (31% of total PPE) indicates significant ongoing capex needs. The company invested 33B DKK in CapEx in 2022.

4. **Financial Costs Rising:** Finance costs jumped from 6.5B to 18.0B DKK (176% increase), reflecting higher rates and increased borrowing. This is a major headwind.

5. **Operational Risk:** The 4.96B DKK increase in "Other Expense by Nature" (from 0.39B to 4.96B) suggests operational challenges or mark-to-market volatility.

## Assessment of Optimal Hybrid Utilization

**Arguments for Higher Utilization (75-100%):**
- Company has headroom of 4.0B DKK under the cap
- Hybrid bonds offer tax advantages (coupon deductibility in some jurisdictions)
- Well-established company with strong cash generation
- Strong growth trajectory supports debt capacity
- Hybrids can provide equity credit for rating agencies

**Arguments for Lower/Moderate Utilization (25-50%):**
- High financial leverage with finance costs surging (18.0B DKK annually)
- Substantial hedging exposure creates earnings volatility
- Large capex requirements (33B DKK in 2022) consume cash
- Rising rate environment makes new hybrid issuance more expensive
- Interest coverage ratio declining (1.78x) leaves limited margin
- Construction risk with 49B DKK in progress
- Recent corporate environment shows refinancing/rollover challenges

**Optimal Position:**
The company is already at approximately 83% of the S&P cap. Given:
- Rising costs and financial leverage concerns
- High capex demands ahead
- Volatile cash flow environment
- Already strong hybrid position providing rating support

The company should maintain utilization at current levels rather than expand aggressively. This provides buffer for future needs while avoiding over-reliance on hybrid instruments in a rising rate environment. The prudent approach is **50% utilization of the theoretical cap headroom**, meaning not expanding significantly beyond the current 83% level.

This translates to the company maintaining its current hybrid position, which represents approximately **50% of what would be optimal expansion capacity**.

<answer>50%</answer>