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Grid Poet — 12 April 2026, 07:00
Wind leads at 14.6 GW but heavy overcast and 15.3 GW net imports drive prices above 94 EUR/MWh.
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Grid analysis Claude AI
At 07:00 on a fully overcast April morning, German generation totals 31.2 GW against 46.5 GW consumption, requiring approximately 15.3 GW of net imports. Wind provides the backbone at 14.6 GW combined (onshore 9.3, offshore 5.3), though central German surface winds are light at 4.5 km/h, suggesting stronger conditions at coastal and elevated sites. Brown coal contributes a notable 5.0 GW and biomass 4.5 GW, providing firm baseload alongside 3.1 GW of natural gas, while solar is effectively marginal at 2.0 GW under complete cloud cover with zero direct radiation. The day-ahead price of 94.3 EUR/MWh reflects the substantial import dependency and the need to dispatch higher-cost thermal generation to meet morning ramp demand at a relatively cool 6.3 °C.
Grid poem Claude AI
Under a leaden sky the turbines hum their iron hymn, while coal towers exhale pale ghosts into a dawn that refuses to break. The grid reaches across borders with outstretched hands, hungry for the gigawatts the clouds have stolen from the sun.
Generation mix
Wind onshore 30%
Wind offshore 17%
Solar 6%
Biomass 14%
Hydro 4%
Natural gas 10%
Hard coal 2%
Brown coal 16%
72%
Renewable share
14.6 GW
Wind (on + offshore)
2.0 GW
Solar
31.2 GW
Total generation
-15.2 GW
Net import
94.3 €/MWh
Day-ahead price
6.3°C / 4 km/h
Temp / Wind speed
Open-Meteo, Kassel (51.3°N 9.5°E)
100.0% / 0.0 W/m²
Cloud cover / Radiation
198
gCO₂/kWh
Image prompt
Wind onshore 9.3 GW dominates the right half of the scene as dozens of three-blade turbines with white tubular towers and large nacelles stretching across rolling green-brown early-spring hills; wind offshore 5.3 GW appears in the far-right background as a line of turbines on a grey sea horizon. Brown coal 5.0 GW occupies the left foreground as a massive lignite power station with three hyperbolic concrete cooling towers emitting thick white steam plumes, conveyor belts carrying dark lignite from an open-cast mine. Biomass 4.5 GW sits centre-left as a cluster of mid-sized industrial plants with wood-chip storage domes and modest chimneys releasing thin grey exhaust. Natural gas 3.1 GW appears centre-right as two compact CCGT units with single tall exhaust stacks and visible heat shimmer. Solar 2.0 GW is shown as a small field of aluminium-framed crystalline silicon panels in the middle ground, their surfaces dull and reflecting only grey sky, no sunlight hitting them. Hard coal 0.7 GW is a single smaller stack behind the brown coal complex. Hydro 1.3 GW is a concrete dam with modest spillway visible in a valley at far left. TIME OF DAY: 07:00 pre-dawn to earliest dawn light — the sky is deep blue-grey transitioning to a pale cold band at the eastern horizon, no direct sunlight, no warm tones, only diffuse grey-blue illumination. Cloud cover is total: a thick unbroken overcast ceiling presses low and heavy, oppressive and leaden, conveying the high electricity price. Temperature is 6.3 °C in early spring: grass is muted green-brown, bare branches on scattered deciduous trees, patches of frost on shadows, breath-like mist near ground level. Light wind barely moves the turbine blades. Transmission pylons with high-voltage lines stretch into the distant haze, symbolising import flows. Style: highly detailed oil painting in the tradition of 19th-century German Romantic landscape painters — Caspar David Friedrich's atmospheric depth merged with meticulous industrial realism — rich dark palette of slate grey, Prussian blue, raw umber, and muted olive, visible textured brushwork, dramatic chiaroscuro between glowing industrial lights and the dim pre-dawn sky. Each technology rendered with correct engineering detail. No text, no labels.
Grid data: 12 April 2026, 07:00 (Berlin time) · Generated 2026-04-12T05:20 UTC · Download image