EUnixInsight
Dr. G. O. C. Okwuibe Dr. G. O. C. Okwuibe
All Reports / Week 4, 2026
Intelligence Report W4 · 2026 Dr. G. O. C. Okwuibe 26 Jan 2026

Residual Load Drives German Power Prices as Renewable Cannibalization Intensifies - Week 4, 2026

Average day-ahead prices reached 120.114 €/MWh, with prices ranging from 70.03 €/MWh to 311.37 €/MWh. Residual load showed a strong relationship with price, with a correlation of 0.828. Renewable generation supplied 35.118% of demand on average.

📈

Charts

Chart
📊

Market Overview

The analysed period showed strong market sensitivity to residual load. High residual-load intervals were 63.079 €/MWh more expensive than low residual-load intervals. The maximum daily price spread reached 223.59 €/MWh, indicating relevant flexibility and storage value.
🔍

Key Observations

1 Residual load and price correlation reached 0.828.
2 129.0 scarcity intervals and 121.0 surplus intervals were detected.
3 Average scarcity price was 169.938 €/MWh compared with 92.377 €/MWh during surplus periods.
4 High renewable-share periods suppressed prices by about 46.418 €/MWh.
5 The most active physical border was FR with average absolute flow of 2812.775 MW.
🧠

Interpretation

The market behaviour indicates a clear scarcity-surplus structure. When renewable output was high, prices were significantly reduced. When residual load increased, prices rose sharply. This confirms that flexible assets such as batteries, demand response, and controllable load can capture value from both scarcity and surplus periods.
💰

Revenue Insight

The observed maximum daily spread of 223.59 €/MWh suggests strong arbitrage potential for storage assets. Scarcity intervals with average prices of 169.938 €/MWh would be attractive discharge periods, while surplus and negative-price intervals create charging opportunities.
🔭

Market Outlook

If renewable penetration remains high, further price cannibalization and negative-price intervals are likely. However, the strong relationship between residual load and prices indicates that flexibility value will remain high, especially during evening ramps and low-renewable periods.
Dr. G. O. C. Okwuibe

Written by

Dr. G. O. C. Okwuibe

Quantitative Energy Systems Expert | Electricity Market & BESS

Dr. Godwin Okwuibe is a quantitative energy system expert specializing in electricity markets, battery storage optimization, and flexibility market design. His work focusses on translating complex market dynamics into actionable insights for industry stakehold...

View full profile