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Grid Poet — 5 June 2026, 20:00
Brown coal and gas each at 5.7 GW anchor a 24.4 GW domestic supply requiring ~28.6 GW net imports under overcast, low-wind conditions.
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Grid analysis Claude AI
At 20:00 on a June evening, German domestic generation totals 24.4 GW against consumption of 53.0 GW, requiring approximately 28.6 GW of net imports. Thermal generation is substantial: brown coal and natural gas each contribute 5.7 GW, with hard coal adding 1.5 GW, reflecting the need to compensate for weak wind (3.2 GW combined onshore and offshore) and fading solar output at 2.2 GW under full cloud cover. Biomass at 4.2 GW and hydro at 1.9 GW provide steady baseload renewable contributions. The day-ahead price of 179.1 EUR/MWh is elevated, consistent with the large import requirement and heavy reliance on dispatchable thermal capacity during a low-wind, overcast evening.
Grid poem Claude AI
Beneath a leaden sky the furnaces breathe deep, their orange throats the only dawn this darkened summer knows. The turbines stand like sentinels asleep, while coal and gas bear burdens that the absent wind bestows.
Generation mix
Wind onshore 11%
Wind offshore 2%
Solar 9%
Biomass 17%
Hydro 8%
Natural gas 23%
Hard coal 6%
Brown coal 24%
47%
Renewable share
3.2 GW
Wind (on + offshore)
2.2 GW
Solar
24.4 GW
Total generation
-28.5 GW
Net import
179.1 €/MWh
Day-ahead price
17.6°C / 4 km/h
Temp / Wind speed
Open-Meteo, Kassel (51.3°N 9.5°E)
100.0% / 30.0 W/m²
Cloud cover / Radiation
352
gCO₂/kWh
Image prompt
Brown coal 5.7 GW dominates the left quarter as three massive hyperbolic cooling towers with thick white-grey steam plumes rising into darkness, flanked by conveyor belts of lignite; natural gas 5.7 GW fills the centre-left as two compact CCGT power blocks with tall single exhaust stacks emitting thin heat shimmer; biomass 4.2 GW appears centre-right as a cluster of smaller industrial plants with wood-chip silos and modest chimneys trailing faint smoke; wind onshore 2.6 GW is rendered as a sparse row of three-blade turbines on a distant ridge, rotors barely turning in negligible wind; solar 2.2 GW appears as a modest field of aluminium-framed crystalline silicon panels in the middle distance, reflecting only the dull glow of artificial light — no sunshine; hydro 1.9 GW is a concrete run-of-river dam with water spilling over a weir in the right foreground; hard coal 1.5 GW sits behind the hydro station as a single stack with a red aviation light; wind offshore 0.6 GW is suggested by a faint silhouette of a few turbines on the far horizon. TIME: 20:00 in June in Germany — the sky is fully dark, deep navy to black, no twilight glow remaining; the scene is lit entirely by sodium streetlamps casting amber pools, glowing industrial windows, red warning lights atop stacks and towers, and the incandescent orange of furnace glow from the coal plant. The atmosphere is heavy and oppressive, a thick blanket of 100% cloud cover pressing down invisibly in the darkness, conveying a sense of high electricity prices and strained supply. Temperature is mild at 17.6°C; summer foliage on scattered deciduous trees is lush and green where caught by artificial light. Style: highly detailed oil painting in the tradition of 19th-century German Romantic landscape painters — rich, dark palette of amber, charcoal, deep navy, and umber — visible impasto brushwork, dramatic chiaroscuro, atmospheric depth receding into haze and darkness. Each energy technology rendered with meticulous engineering accuracy: turbine nacelles, three-blade rotors on lattice towers, aluminium PV panel frames, lignite hyperbolic cooling towers with realistic concrete texturing, CCGT exhaust stacks with heat-distortion halos. The painting evokes Caspar David Friedrich reimagined for the industrial age — sublime, brooding, monumental. No text, no labels.
Grid data: 5 June 2026, 20:00 (Berlin time) · Generated 2026-06-05T18:20 UTC · Download image