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Grid Poet — 3 May 2026, 18:00
Strong onshore wind and fading solar meet coal and gas baseload under full overcast, with 4 GW net imports required.
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Grid analysis Claude AI
At 18:00 on a warm May evening, German generation totals 39.6 GW against 43.6 GW consumption, requiring approximately 4.0 GW of net imports. Wind onshore at 14.6 GW is the single largest source, complemented by 8.2 GW of solar still contributing despite full overcast—consistent with diffuse irradiance at this hour in early May. Brown coal holds firm at 5.0 GW and biomass at 4.4 GW, while natural gas provides 3.3 GW of flexible mid-merit generation. The day-ahead price of 120.6 EUR/MWh is elevated, reflecting the import requirement, declining solar output as sunset approaches, and thermal units operating to cover the residual load of 19.8 GW under a 74.6% renewable share.
Grid poem Claude AI
Beneath a leaden ceiling the turbines churn their restless hymn, while coal towers exhale pale columns into a dusk that refuses to brighten. The grid stretches taut as a drawn bow, importing foreign current to feed the evening's insatiable hunger.
Generation mix
Wind onshore 37%
Wind offshore 3%
Solar 21%
Biomass 11%
Hydro 3%
Natural gas 8%
Hard coal 5%
Brown coal 13%
75%
Renewable share
15.6 GW
Wind (on + offshore)
8.2 GW
Solar
39.6 GW
Total generation
-4.0 GW
Net import
120.6 €/MWh
Day-ahead price
22.5°C / 13 km/h
Temp / Wind speed
Open-Meteo, Kassel (51.3°N 9.5°E)
100% / 21.0 W/m²
Cloud cover / Radiation
178
gCO₂/kWh
Image prompt
A panoramic late-dusk scene at 18:00 in May, central Germany: the sky is entirely overcast with thick grey-white clouds, and a fading orange-red glow lingers only on the lowest horizon to the west, the upper sky already darkening toward deep slate blue. The atmosphere feels heavy and oppressive, conveying high electricity prices. Wind onshore 14.6 GW dominates the composition, occupying roughly the right third and extending into the centre—dozens of tall three-blade turbines on lattice and tubular towers stretch across rolling green hills with lush late-spring vegetation, their blades rotating visibly in moderate wind. Solar 8.2 GW occupies the centre-right foreground as expansive fields of aluminium-framed crystalline silicon photovoltaic panels arrayed on low-profile ground mounts, their surfaces reflecting only diffuse grey light, no direct sun. Brown coal 5.0 GW fills the left portion as a massive lignite power station with three hyperbolic concrete cooling towers emitting thick white steam plumes that merge into the overcast sky, conveyor belts carrying dark brown lignite visible at ground level. Biomass 4.4 GW appears as a cluster of medium-scale biomass CHP plants with cylindrical wood-chip silos and modest chimneys emitting thin grey smoke, positioned left of centre. Natural gas 3.3 GW is rendered as a compact modern CCGT facility with a single tall exhaust stack and a heat-recovery steam generator, placed between the coal complex and the biomass plants. Hard coal 1.8 GW appears as a smaller traditional coal station with a single rectangular cooling tower and a coal stockpile, near the far left. Hydro 1.3 GW is suggested by a small run-of-river weir and powerhouse along a river in the valley foreground. Wind offshore 1.1 GW is hinted at by a distant row of turbines barely visible on the far horizon through haze. The landscape is warm spring green at 22.5°C—beech trees in full leaf, wildflowers in meadows. Style: highly detailed oil painting in the tradition of 19th-century German Romantic landscape painters such as Caspar David Friedrich and Carl Blechen—rich colour palette of slate greys, muted greens, warm ochre horizon glow, visible confident brushwork, atmospheric depth with industrial haze. Meticulous engineering accuracy on all technology elements: correct turbine nacelle shapes, three-blade rotors, panel wiring, cooling tower parabolic profiles, CCGT exhaust geometry. No text, no labels.
Grid data: 3 May 2026, 18:00 (Berlin time) · Generated 2026-05-03T17:54 UTC · Download image