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Grid Poet — 17 April 2026, 20:00
Brown coal, gas, and hard coal dominate as near-calm winds and evening darkness force heavy thermal dispatch and large net imports.
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Grid analysis Claude AI
Domestic generation of 28.1 GW covers roughly half of the 55.9 GW consumption, requiring approximately 27.8 GW of net imports. Brown coal leads generation at 8.9 GW, followed by natural gas at 5.1 GW, biomass at 4.2 GW, and hard coal at 3.8 GW — together these thermal sources account for roughly 78% of domestic output. Wind contributes a combined 4.2 GW onshore and offshore under near-calm conditions (1.3 km/h), while solar is effectively absent at 0.1 GW given the overcast evening hour. The day-ahead price of 157.1 EUR/MWh reflects the heavy reliance on imports and expensive thermal dispatch against a high evening demand baseline.
Grid poem Claude AI
Beneath a starless canopy of coal-smoke and cloud, the furnaces roar to fill the gap the wind refused to grant. Import lines hum taut across dark borders, carrying borrowed fire into a hungry land.
Generation mix
Wind onshore 12%
Wind offshore 3%
Solar 0%
Biomass 15%
Hydro 6%
Natural gas 18%
Hard coal 14%
Brown coal 32%
37%
Renewable share
4.2 GW
Wind (on + offshore)
0.1 GW
Solar
28.1 GW
Total generation
-27.8 GW
Net import
157.1 €/MWh
Day-ahead price
18.9°C / 1 km/h
Temp / Wind speed
Open-Meteo, Kassel (51.3°N 9.5°E)
100.0% / 0.5 W/m²
Cloud cover / Radiation
451
gCO₂/kWh
Image prompt
Brown coal 8.9 GW dominates the left third of the scene as a cluster of massive hyperbolic cooling towers with thick white-grey steam plumes rising into the night sky; natural gas 5.1 GW occupies the centre-left as two compact CCGT units with tall single exhaust stacks emitting heat shimmer and faint orange-lit exhaust; hard coal 3.8 GW appears centre-right as a large coal-fired power station with blocky boiler houses, conveyor belts, and a trio of tall chimneys glowing at their tips; biomass 4.2 GW is rendered in the mid-ground as a wood-chip fueled CHP plant with a modest stack and warm amber-lit windows in its industrial hall; hydro 1.8 GW appears as a concrete dam and powerhouse nestled in a valley in the far right background, with lit spillway; wind onshore 3.4 GW is shown as a sparse row of three-blade turbines on a ridge behind the coal plant, their rotors barely turning in the still air, with red aviation warning lights blinking; wind offshore 0.8 GW is suggested by a distant cluster of tiny red lights on the far horizon line. The sky is completely dark — a deep navy-to-black overcast sky at 20:00 in April, no twilight glow, no stars visible through total cloud cover. All illumination comes from artificial sources: sodium-orange streetlights lining an access road in the foreground, the incandescent glow of furnace mouths reflected on steam clouds, fluorescent light spilling from control-room windows, and the industrial floodlights on the coal stockyard. The atmosphere is heavy and oppressive, thick with humidity and the weight of a 157 EUR/MWh price, with low clouds trapping the reflected glow of the industrial complex in a lurid orange dome. Spring vegetation — fresh green leaves on birch and linden trees — lines a canal in the foreground, barely visible in the artificial light. A set of high-voltage transmission pylons marches across the scene from left to right, cables sagging under heavy load, symbolizing the massive import flows. Highly detailed oil painting in the tradition of 19th-century German Romantic landscape painters — rich, deep colour palette of burnt sienna, lamp black, and cadmium orange; visible impasto brushwork in the steam plumes and cloud layers; atmospheric depth with industrial haze softening the background. Each technology rendered with meticulous engineering accuracy: three-blade rotor nacelles on lattice towers, hyperbolic concrete cooling tower profiles, CCGT stack geometry. No text, no labels.
Grid data: 17 April 2026, 20:00 (Berlin time) · Generated 2026-04-17T18:20 UTC · Download image