Solar 25.2 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 grey-blue under diffuse light, no sun reflections; brown coal 8.5 GW occupies the left quarter as a cluster of massive hyperbolic cooling towers with thick white-grey steam plumes merging into the overcast, a conveyor belt of dark lignite visible at the plant's base; natural gas 6.6 GW appears centre-left as two compact CCGT power blocks with tall cylindrical exhaust stacks emitting thin translucent heat haze; hard coal 3.9 GW sits behind the gas plant as a smaller facility with a single large smokestack and coal stockpile; wind onshore 4.1 GW is rendered as a short row of modern three-blade turbines on a ridge in the mid-background, rotors turning slowly in light wind; biomass 4.1 GW appears as a timber-clad industrial building with a modest stack and steam wisp near the wind turbines; hydro 1.6 GW is suggested by a small concrete dam and reservoir visible in a valley at far right; wind offshore 0.2 GW is barely hinted at by a single distant turbine on the horizon. The sky is entirely overcast at 100% cloud cover — a uniform, heavy, oppressive blanket of grey-white stratus pressing low, no blue visible, no sun disc, creating flat diffuse daylight consistent with 14:00 in May. The atmosphere feels weighty and costly, air dense and still. Vegetation is fresh spring green — young beech leaves, bright grass — but muted by the flat light. Temperature near 10°C gives a cool damp feel, slight mist hanging in the valley. Highly detailed oil painting in the tradition of 19th-century German Romantic landscape painters — Caspar David Friedrich's atmospheric depth combined with Adolph Menzel's industrial precision — rich layered colour in greens, greys, and slate blues, visible confident brushwork, dramatic compositional depth from foreground panels receding to distant cooling towers. Every technology rendered with meticulous engineering accuracy: turbine nacelles, three-blade rotors on lattice or tubular towers, panel wiring and mounting rails, cooling tower parabolic geometry, CCGT heat-recovery housings. No text, no labels, no people in focus.