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Grid Poet — 30 March 2026, 10:00
Wind energy leads at 33.7 GW under heavy overcast, with fossil plants and modest solar filling the remaining demand.
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Grid analysis Claude AI
Wind dominates the German grid this mid-morning, with onshore and offshore capacity combining for 33.7 GW, while solar contributes a modest 13.1 GW under heavy overcast. Fossil generation remains non-trivial: brown coal, hard coal, and natural gas collectively supply 13.1 GW, providing baseload and balancing services. Domestic generation of 65.5 GW falls 1.5 GW short of the 67.0 GW consumption level, implying a net import of approximately 1.5 GW. The day-ahead price of 73.8 EUR/MWh sits in a moderate range, consistent with an overcast late-March morning where renewable output is high but not sufficient to fully displace thermal units or suppress prices.
Grid poem Claude AI
A grey vault of cloud presses down on a land of spinning steel, where thirty-three gigawatts of wind roar across the plateau while coal fires smolder in the valleys, refusing to be silenced. The grid breathes in a thin gasp of imported current, balanced on the knife-edge between abundance and need.
Generation mix
Wind onshore 43%
Wind offshore 8%
Solar 20%
Biomass 7%
Hydro 2%
Natural gas 7%
Hard coal 7%
Brown coal 7%
80%
Renewable share
33.7 GW
Wind (on + offshore)
13.1 GW
Solar
65.5 GW
Total generation
-1.6 GW
Net import
73.8 €/MWh
Day-ahead price
5.0°C / 30 km/h
Temp / Wind speed
Open-Meteo, Kassel (51.3°N 9.5°E)
96.0% / 95.8 W/m²
Cloud cover / Radiation
138
gCO₂/kWh
Image prompt
Wind onshore 28.2 GW dominates the scene as vast ranks of three-blade turbines on lattice towers stretching across a sweeping German plain, their rotors spinning vigorously in strong wind, occupying roughly 43% of the composition across the right and centre-right. Wind offshore 5.5 GW appears as a distant row of larger turbines on the far horizon over a grey North Sea inlet at the far right, about 8% of the scene. Solar 13.1 GW fills the centre-left foreground as extensive fields of aluminium-framed crystalline silicon PV panels on low-angle ground mounts, their surfaces reflecting only diffuse grey light, occupying about 20% of the composition. Brown coal 4.4 GW stands at the far left as two massive hyperbolic cooling towers with thick white-grey steam plumes merging into the overcast, about 7% of the scene. Hard coal 4.3 GW appears just right of the brown coal as a large power station with a tall concrete chimney and coal conveyors, roughly 7%. Natural gas 4.4 GW sits between the coal complex and the solar field as compact combined-cycle gas turbine units with sleek single exhaust stacks emitting thin plumes, about 7%. Biomass 4.5 GW appears as a cluster of medium-sized industrial buildings with wood-chip silos and a modest smokestack near the centre-left, roughly 7%. Hydro 1.1 GW is a small run-of-river weir with a low concrete dam visible in a river cutting through the foreground, about 2%. The sky is 96% overcast — a heavy, uniform blanket of stratocumulus in layered grey tones pressing down oppressively, with only faint diffuse brightness suggesting the sun behind clouds at a 10 o'clock morning angle, consistent with late March at 52°N. The light is flat and cool, no shadows. Temperature 5°C: bare deciduous trees with the faintest hint of early spring buds, brown-green dormant grass, patches of mud. Strong 30 km/h wind bends the grass and drives turbine blades at visible speed, small flags on industrial buildings pulled taut. The atmosphere is slightly heavy and leaden, reflecting the moderate 73.8 EUR/MWh price — not oppressive, but weighty. Painted in the style of a highly detailed 19th-century German Romantic oil painting — rich impasto brushwork, atmospheric depth with aerial perspective fading the offshore turbines into mist, dramatic tonal range from the dark coal complex to the pale overcast sky — yet with meticulous engineering accuracy in every turbine nacelle, every PV cell grid line, every cooling tower's hyperbolic curvature. No text, no labels.
Grid data: 30 March 2026, 10:00 (Berlin time) · Generated 2026-03-30T08:20 UTC · Download image