🎉 Grid Poet just got an upgrade! Faster data, better charts. Welcome to the new version. 🌱⚡
Grid Poet — 12 April 2026, 15:00
Solar leads at 20 GW under heavy overcast; 12.5 GW net imports cover the gap to 49.3 GW demand.
Back
Grid analysis Claude AI
Solar dominates generation at 20.0 GW despite 92% cloud cover, indicating that diffuse radiation and the 190.8 W/m² direct component are still sufficient to drive substantial PV output at midday in April. Total wind contribution is modest at 4.8 GW combined (onshore 2.1, offshore 2.7), consistent with the very low 3.8 km/h surface wind speed. Brown coal provides a notable 3.8 GW baseload contribution alongside 4.1 GW of biomass, while gas-fired generation sits at just 2.1 GW — reflecting the low day-ahead price of 15.9 EUR/MWh which suppresses merit-order dispatch of higher-marginal-cost units. Domestic generation of 36.8 GW falls well short of the 49.3 GW consumption, requiring approximately 12.5 GW of net imports to balance the system.
Grid poem Claude AI
Beneath a pewter veil the sun still labors, casting twenty billion watts through cloud-dimmed glass across a restless land. Yet the grid thirsts deeper than the sky can pour, and distant currents flow through cables to fill what light alone cannot.
Generation mix
Wind onshore 6%
Wind offshore 7%
Solar 54%
Biomass 11%
Hydro 4%
Natural gas 6%
Hard coal 2%
Brown coal 10%
82%
Renewable share
4.8 GW
Wind (on + offshore)
20.0 GW
Solar
36.8 GW
Total generation
-12.5 GW
Net import
15.9 €/MWh
Day-ahead price
12.9°C / 4 km/h
Temp / Wind speed
Open-Meteo, Kassel (51.3°N 9.5°E)
92.0% / 190.8 W/m²
Cloud cover / Radiation
125
gCO₂/kWh
Image prompt
Solar 20.0 GW dominates the centre and right of the composition as vast fields of aluminium-framed crystalline silicon PV panels stretching across flat farmland, their surfaces reflecting a pale diffuse light; wind onshore 2.1 GW appears as a small cluster of three-blade turbines with lattice towers on a gentle ridge at far right, blades barely turning; wind offshore 2.7 GW is suggested by a line of distant offshore turbines visible on a hazy horizon at far right; biomass 4.1 GW occupies the left-centre as a cluster of compact wood-chip and biogas plants with modest stacks trailing thin white exhaust; brown coal 3.8 GW fills the left third of the scene as two large hyperbolic cooling towers with heavy steam plumes rising into the grey sky, adjacent conveyor belts and lignite stockpiles visible; natural gas 2.1 GW appears as a single compact CCGT plant with a slender exhaust stack and heat-recovery unit just left of centre; hydro 1.5 GW is rendered as a concrete run-of-river weir with spillway along a small river in the foreground; hard coal 0.6 GW is a single smaller stack with a thin wisp of smoke at far left. Time is 15:00 on an April afternoon: full daylight but heavily overcast at 92% cloud cover, the sky a uniform sheet of silver-grey stratus with no blue visible, light flat and diffuse, no hard shadows on the ground. Temperature is a mild 12.9 °C: early spring vegetation, fresh pale-green buds on birch and willow trees, damp green grass. Wind is nearly still at 3.8 km/h — steam plumes from the cooling towers rise almost vertically, grass is motionless. The low electricity price of 15.9 EUR/MWh is evoked by a calm, open, unhurried atmosphere — no oppressive haze. High-voltage transmission pylons with bundled conductors recede toward the horizon, symbolising the large net import flows. Style: highly detailed oil painting in the tradition of 19th-century German Romantic landscape painters — Caspar David Friedrich's atmospheric depth crossed with Adolph Menzel's industrial precision — rich layered colour, visible confident brushwork, dramatic atmospheric perspective, meticulous engineering detail on every turbine nacelle, every panel frame, every cooling tower's parabolic curve. No text, no labels.
Grid data: 12 April 2026, 15:00 (Berlin time) · Generated 2026-04-12T13:20 UTC · Download image