Wind onshore 18.7 GW dominates the right half and background as dozens of tall three-blade turbines on lattice towers stretching across rolling green hills, rotors visibly spinning in moderate wind; solar 17.5 GW fills the centre-right foreground as vast fields of aluminium-framed crystalline silicon PV panels under flat, diffuse light, their surfaces reflecting a uniform pearl-grey sky; brown coal 5.2 GW occupies the left quarter as a cluster of massive hyperbolic cooling towers emitting thick white steam plumes that merge into the overcast; wind offshore 3.8 GW appears as a line of turbines on the distant left horizon above a faint strip of grey sea; biomass 3.6 GW is rendered as a modest wood-clad CHP plant with a low exhaust stack and a pile of wood chips beside it, placed in the left-centre middle ground; natural gas 2.9 GW appears as a compact CCGT facility with a single tall exhaust stack and clean metallic housing, adjacent to the lignite complex; hydro 1.9 GW is a small concrete run-of-river weir with white water cascading through gates, nestled in the lower-left foreground beside a tree-lined bank; hard coal 1.4 GW is a smaller industrial plant with a single squat cooling tower and a coal conveyor, placed just behind the gas facility. The sky is a heavy, unbroken blanket of 100% cloud cover at midday—full diffuse daylight, bright but completely without shadows or direct sun, a luminous grey ceiling pressing down with a slightly oppressive weight reflecting the 81 EUR/MWh price. Lush mid-June vegetation in full green leaf, temperature around 14°C giving the air a cool, damp quality with mist clinging to the valleys between turbine ridges. Style: highly detailed oil painting in the tradition of 19th-century German Romantic landscape masters—Caspar David Friedrich's atmospheric depth merged with Adolph Menzel's industrial precision—rich layered colour, visible confident brushwork, dramatic compositional depth from the foreground weir to the distant offshore turbines, each technology rendered with meticulous engineering accuracy including turbine nacelles, rotor hubs, PV cell grid patterns, and cooling tower parabolic geometry. No text, no labels.