Grid Poet — 6 July 2026, 06:00
Wind leads at 15.7 GW but heavy overcast and early hour limit solar, driving 17.7 GW net imports at high prices.
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Grid analysis Claude AI
At 06:00 on a heavily overcast July morning, German generation reaches 34.2 GW against 51.9 GW consumption, requiring approximately 17.7 GW of net imports. Wind contributes 15.7 GW combined (onshore 10.7, offshore 5.0), forming the backbone of domestic supply, while solar delivers only 2.8 GW — consistent with dense cloud cover and the early hour. Brown coal at 5.8 GW and hard coal at 2.5 GW provide substantial baseload, supplemented by 2.3 GW of gas and 3.9 GW of biomass. The day-ahead price of 136 EUR/MWh reflects the significant import dependency and limited solar availability despite moderate wind output; the 69.1% renewable share is respectable but insufficient to close the generation gap domestically.
Grid poem Claude AI
Beneath a leaden sky the turbines hum their tireless hymn, while ancient lignite fires glow in the grey dawn's half-light, burning to fill the chasm between what the wind can give and what the nation demands. Across the borders, power flows like a dark river answering a country's quiet, enormous thirst.
Generation mix
Wind onshore 31%
Wind offshore 15%
Solar 8%
Biomass 11%
Hydro 4%
Natural gas 7%
Hard coal 7%
Brown coal 17%
69%
Renewable share
15.7 GW
Wind (on + offshore)
2.8 GW
Solar
34.2 GW
Total generation
17.6 GW
Net import
136.0 EUR/MWh
Day-ahead price
15.0°C / 10 km/h
Temp / Wind speed
Open-Meteo, Kassel (51.3°N 9.5°E) · surface estimate from 100 m wind
97.0% / 0.0 W/m²
Cloud cover / Radiation
226
gCO₂/kWh
Image prompt
Wind onshore 10.7 GW dominates the right half of the scene as dozens of tall three-blade turbines with white tubular towers and detailed nacelles stretching across rolling green hills into the misty distance; wind offshore 5.0 GW appears as a line of larger turbines on the far-right horizon above a grey North Sea strip. Brown coal 5.8 GW occupies the left quarter as a massive lignite power station with three hyperbolic cooling towers emitting thick white steam plumes. Biomass 3.9 GW sits left-of-centre as a cluster of industrial biogas facilities with cylindrical digesters and short stacks with faint heat shimmer. Solar 2.8 GW appears as a modest field of aluminium-framed crystalline silicon panels in the centre-left foreground, their surfaces dull and reflectionless under overcast skies. Hard coal 2.5 GW is rendered as a coal plant with a tall concrete chimney and conveyor belt structure behind the biomass cluster. Natural gas 2.3 GW is a compact CCGT unit with a single tall exhaust stack and visible heat-recovery steam generator beside the coal plant. Hydro 1.2 GW is a small concrete dam with spillway visible in a valley in the far left background. Dawn lighting at 06:00 in July: pale pre-dawn light from the east casts a deep blue-grey illumination across the scene; no direct sunlight visible; the sky is 97% overcast with a thick, heavy, oppressive layer of low stratus clouds pressing down, conveying the tension of high electricity prices. Temperature 15°C: lush midsummer vegetation, deep green grass and full-leafed deciduous trees, but cool morning mist clings to low ground. Moderate wind bends the grass gently. The atmosphere is heavy, moody, and vast. Style: highly detailed oil painting in the tradition of Caspar David Friedrich and Carl Blechen — rich, layered colour with visible impasto brushwork, atmospheric perspective with misty depth, Romantic compositional grandeur — yet every turbine nacelle, every cooling tower's parabolic curve, every PV panel frame is rendered with meticulous engineering accuracy. No text, no labels.
Grid data: 6 July 2026, 06:00 (Berlin time) · Generated 2026-07-06T04:20 UTC · Download image