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Grid Poet — 20 May 2026, 14:00
Diffuse solar (29.6 GW) and wind (15.3 GW) dominate under full overcast, with lignite and gas providing residual baseload.
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Grid analysis Claude AI
At 14:00 on a fully overcast May afternoon, renewables supply 86.1% of German load, driven predominantly by 29.6 GW of solar—remarkably strong despite 100% cloud cover and only 22 W/m² direct irradiance, indicating substantial diffuse-light contribution across a large installed PV base. Wind adds a combined 15.3 GW (12.9 onshore, 2.4 offshore), while lignite holds steady at 4.4 GW and gas provides 2.3 GW of flexible balancing. Domestic generation falls 0.3 GW short of the 58.6 GW consumption, implying a modest net import. The day-ahead price of 33.5 EUR/MWh is unremarkable for these conditions—high renewable penetration suppresses the merit-order clearing price, though persistent thermal baseload and the slight import requirement keep it from falling further.
Grid poem Claude AI
Beneath a sky of pewter, ten thousand silent panels drink the scattered light, while turbines hum their slow green hymn across the plain. The old coal towers exhale their ancient breath, but the future crowds them gently from the stage.
Generation mix
Wind onshore 22%
Wind offshore 4%
Solar 51%
Biomass 7%
Hydro 2%
Natural gas 4%
Hard coal 3%
Brown coal 8%
86%
Renewable share
15.3 GW
Wind (on + offshore)
29.6 GW
Solar
58.3 GW
Total generation
-0.3 GW
Net import
33.5 €/MWh
Day-ahead price
16.5°C / 16 km/h
Temp / Wind speed
Open-Meteo, Kassel (51.3°N 9.5°E)
100.0% / 22.0 W/m²
Cloud cover / Radiation
100
gCO₂/kWh
Image prompt
Solar 29.6 GW dominates the composition, filling roughly half the canvas as vast fields of aluminium-framed crystalline silicon PV panels stretching across flat central German farmland under a uniformly overcast white-grey sky with no direct sunlight—diffuse light glows evenly on the panel surfaces. Wind onshore 12.9 GW occupies approximately a quarter of the scene as dozens of tall three-blade turbines with white tubular towers and visible nacelles, rotors turning at moderate speed in a 16 km/h breeze, arrayed across gentle rolling hills behind the solar fields. Wind offshore 2.4 GW appears in the far distance as a small cluster of turbines barely visible on a hazy horizon line. Brown coal 4.4 GW is rendered as a group of hyperbolic cooling towers on the left side, thick white-grey steam plumes merging with the overcast ceiling, a conveyor belt carrying dark lignite visible at their base. Biomass 4.0 GW sits as a pair of medium-scale industrial facilities with cylindrical digesters, wood-chip silos, and short stacks emitting thin vapour, nestled among trees in the mid-ground. Natural gas 2.3 GW appears as a compact CCGT plant with a single tall exhaust stack and a heat recovery unit, positioned near the coal complex. Hard coal 1.5 GW is a smaller conventional power station with a rectangular boiler house, a modest chimney, and a coal stockpile visible in its yard. Hydro 1.2 GW is suggested by a small run-of-river weir and powerhouse along a stream in the foreground. The lighting is full midday daylight but entirely diffuse—no shadows, no sun disc, flat even illumination consistent with 100% cloud cover. Spring vegetation: fresh green grass, leafy deciduous trees, rapeseed in pale yellow bloom. The atmosphere is calm and mild at 16.5°C, with a gentle sense of motion in the turbine blades and grass. Style: highly detailed oil painting in the tradition of 19th-century German Romantic landscape masters—Caspar David Friedrich's atmospheric depth merged with industrial realism—rich colour palette of greens, greys, and muted golds, visible impasto brushwork, luminous overcast sky rendered with layered glazes, meticulous engineering detail on every turbine nacelle, PV module, and cooling tower. No text, no labels.
Grid data: 20 May 2026, 14:00 (Berlin time) · Generated 2026-05-20T12:20 UTC · Download image