Repowering · Germany · 2026

Wind Turbine Repowering in Germany

Repowering means replacing older wind turbines with modern, higher-capacity units at the same or nearby site. The German market is the largest in Europe — driven by ~6,500 turbines reaching end-of-EEG-funding between 2025–2027.

Typical Configuration

Parameter	Old (pre-2010)	New (2026)
Turbine count	8 × 1.5 MW	3 × 6.0 MW
Hub height	67 m	165 m
Rotor diameter	66 m	162 m
Total capacity	12.0 MW	18.0 MW
Full load hours	~1,900 h/yr	~3,000 h/yr
Annual yield	~22.8 GWh	~54.0 GWh
Yield multiplier	1.0×	2.4×

The Repowering Process — 7 Phases, 24–36 Months

Site assessment (1–3 months): wind data, regulatory framework, environmental factors
Turbine selection & lease negotiation (3–6 months)
Permit planning (6–12 months): all mandatory expert reports — bird survey is the critical path (one full season minimum)
BImSchG permit application (4–18 months): simplified procedure 4–8 months, formal procedure with EIA 18+ months
EEG auction (parallel): after permit, participation in Bundesnetzagentur quarterly auctions
Dismantling & construction (8–14 months)
Commissioning & market entry (2–4 months)

Regulatory Framework

BImSchG — Federal Immission Control Act, primary permit framework
EEG 2024 — 20-year market premium, current ceiling 7.35 ct/kWh, auction-based
WaLG (2022) — federal states must designate 2.2% of land area for wind by 2032; non-compliance suspends concentration zone effects
§ 35 BauGB — privileged status in outdoor areas since 1996
§ 44 + § 45b BNatSchG — species protection with standardized taboo radii for 15 collision-prone bird species

Economic Indicators (2026)

CAPEX: 1,200–1,700 EUR/kW (repowering 5–10% lower than greenfield)
OPEX: 20–30 EUR/MWh (typical full-service maintenance contract)
LCOE: 40–95 EUR/MWh depending on site quality
IRR: 7–10% typical for repowering projects
WACC: 4–5% (senior debt 70–80%, equity 20–30%)

Cost Comparison: Repowering vs. Continued Operation

Example for an 8 × 1.5 MW park, EEG ending 2022:

	5y continued operation	Repowering 3 × 6 MW
Investment	EUR 0.5 M (BNK retrofit)	EUR 25 M
Annual yield	22 GWh/yr	54 GWh/yr
Price per MWh	50 EUR (PPA)	72 EUR (EEG)
Annual revenue	EUR 1.1 M	EUR 3.9 M
Cash flow	EUR 0.3 M/yr × 5y	EUR 3.0 M/yr × 20y

Key insight: Repowering becomes economically dominant where site quality supports it. Site wind speed ≥ 6.5 m/s at 150 m hub height is the threshold for clearly profitable repowering (versus continued operation).

Critical Bottlenecks in 2026

Turbine delivery: 12–18 months lead time from major manufacturers (Vestas, Enercon, Nordex, Siemens Gamesa)
Expert offices: accredited acoustic and species-protection consultants are 8–14 months backlogged
Approval authorities: in Brandenburg, Schleswig-Holstein, Lower Saxony — heavily loaded

Repowering Topics in Detail

What Is Repowering?

Definition, why it matters, and how replacing old turbines unlocks far higher yield at proven sites.

The Repowering Process

All seven phases from site assessment to commissioning — and the 24–36 month timeline.

Economics & Profitability

CAPEX, OPEX, LCOE, IRR — what makes a repowering project financially attractive.

Repowering vs. Continued Operation

The decision after EEG funding ends — when to repower and when to keep running.

Decommissioning & Dismantling

Removal obligations, recycling of blades and steel, and the decommissioning reserve.

EEG Funding

How repowering projects compete in Bundesnetzagentur auctions for 20-year remuneration.

Repowering Market 2026

End-of-funding wave, auction volumes, and where the German market is heading.

Turbine Classes

IEC wind classes and how to match turbine type to site wind conditions.

Considering a repowering project in Germany?

We broker to specialized German engineering offices, lawyers, and financial advisors — first contact is free.

Common Questions

Can I get EEG remuneration for a repowering project?

Yes — repowering projects compete in the BNetzA auctions like new builds. No separate "repowering bonus" exists since 2017.

What about south Germany?

Bavaria's 10H rule (10× total height as minimum distance) restricts repowering, but the WaLG could suspend it if the state misses its 2027 land-area target. Watch the regulatory development closely.

What financing structures are typical?

Project finance with 70–80% senior debt from specialized German energy banks (NORD/LB, KfW IPEX, Bayern LB), 20–30% equity from sponsors, mandatory citizen participation in MV, BB, NRW.