Grid Poet — 9 October 2026, 02:00
Strong overnight wind (32.3 GW) dominates generation, with lignite and gas providing thermal baseload in a net-export position.
Back
← older newer →
Grid analysis Claude AI
At 02:00 on a windy October night, onshore and offshore wind together deliver 32.3 GW, forming the backbone of supply at 65.8% of total generation. Biomass, hydro, and the thermal fleet (brown coal 5.4 GW, natural gas 4.6 GW, hard coal 2.1 GW) fill the balance, bringing total generation to 49.1 GW against consumption of 43.4 GW, yielding a net export position of 5.7 GW. Despite the comfortable renewable share of 75.5% and excess domestic generation, the day-ahead price sits at a moderately elevated 86.1 EUR/MWh, likely reflecting cross-border demand, thermal marginal costs driven by gas pricing, and limited flexibility in the lignite fleet running at baseload commitment. The continued dispatch of 5.4 GW brown coal and 2.1 GW hard coal at this hour is consistent with minimum-run obligations and the economics of keeping slow-ramping units online ahead of the morning load ramp.
Grid poem Claude AI
A hundred turbines claw the starless sky, their blades carving rivers of invisible force through the cold October darkness. Below, the old furnaces of lignite glow stubborn and amber, refusing to yield the night entirely to the wind.
Generation mix
Wind onshore 54%
Wind offshore 12%
Biomass 8%
Hydro 2%
Natural gas 9%
Hard coal 4%
Brown coal 11%
76%
Renewable share
32.3 GW
Wind (on + offshore)
0.0 GW
Solar
49.1 GW
Total generation
+5.8 GW
Net export
86.1 EUR/MWh
Day-ahead price
6.6°C / 12 km/h
Temp / Wind speed
Open-Meteo, Kassel (51.3°N 9.5°E) · surface estimate from 100 m wind
100.0% / 0.0 W/m²
Cloud cover / Radiation
167
gCO₂/kWh
Image prompt
Wind onshore 26.6 GW dominates the right two-thirds of the scene as dozens of towering three-blade wind turbines with white tubular towers and detailed nacelles, their rotors spinning briskly in the night wind, arranged across rolling dark hills receding into atmospheric depth; wind offshore 5.7 GW appears as a distant cluster of even taller turbines on the far-right horizon, their red aviation warning lights blinking against a pitch-black sky; brown coal 5.4 GW occupies the left foreground as two massive hyperbolic cooling towers emitting thick white-grey steam plumes lit from below by orange sodium lights, with conveyor belts and coal bunkers visible; natural gas 4.6 GW sits centre-left as a compact combined-cycle gas turbine plant with a tall single exhaust stack releasing a thin heat shimmer, its control building windows glowing warm yellow; hard coal 2.1 GW is a smaller power station just behind the gas plant, with a rectangular stack and faint smoke; biomass 3.8 GW appears as a modest wood-chip-fired facility in the mid-ground with a low rounded silo and thin wisp of exhaust; hydro 0.9 GW is suggested by a small dam structure in a valley at the far left with a faint white water spill catching artificial light. The sky is completely dark, no twilight, no moon visible, dense 100% cloud cover creating a heavy low ceiling of charcoal-grey clouds faintly illuminated by the industrial glow below. Temperature is near freezing, and the autumn landscape shows bare or nearly bare deciduous trees, dry brown grass, and a cold misty atmosphere. The air feels heavy and oppressive, reflecting the elevated electricity price. Painted in the style of a highly detailed 19th-century German Romantic oil painting — rich impasto brushwork, deep chiaroscuro contrasts between industrial orange light and the vast surrounding darkness, atmospheric perspective fading the distant turbines into haze — yet every piece of engineering is rendered with meticulous technical accuracy: lattice sub-towers, nacelle housings, three-blade rotor geometry, cooling tower parabolic curves, CCGT exhaust details. No text, no labels.
Grid data: 9 October 2026, 02:00 (Berlin time) · Generated 2026-10-09T00:20 UTC · Download image