Solar 38.5 GW dominates the scene as a vast expanse of crystalline silicon photovoltaic panels stretching across gently rolling central German farmland, covering nearly 60% of the composition from the centre to the right, their aluminium frames gleaming under intense afternoon sun. Wind onshore 13.5 GW appears as dozens of tall three-blade turbines on ridgelines behind the solar fields, rotors turning briskly in a 22 km/h breeze; wind offshore 2.1 GW is suggested by a distant cluster of turbines on a hazy horizon line at far right. Biomass 4.1 GW is rendered as a modest wood-chip-fed power station with a green-roofed boiler hall and a single steam stack at left-centre. Brown coal 2.6 GW occupies the far left as two hyperbolic concrete cooling towers emitting thin wisps of steam, with a conveyor belt of lignite visible. Natural gas 2.0 GW sits beside the lignite plant as a compact combined-cycle gas turbine block with a slender exhaust stack and small heat recovery unit. Hard coal 1.3 GW appears as a smaller conventional boiler house with a single tapered chimney releasing a faint plume. Hydro 1.1 GW is depicted as a small run-of-river weir and powerhouse along a sunlit stream in the mid-ground. The sky is completely clear, zero cloud cover, deep cerulean blue, with the sun at a western 16:00 April angle casting long warm golden light across the landscape, vivid green spring foliage on deciduous trees, rapeseed fields blooming yellow. The atmosphere feels calm, open, and expansive — reflecting the negative electricity price. Painted in the style of a highly detailed 19th-century German Romantic landscape oil painting — rich saturated colour, visible impasto brushwork, meticulous atmospheric perspective — yet every piece of energy infrastructure is rendered with precise engineering accuracy: turbine nacelles and lattice towers, PV cell grid patterns, cooling tower parabolic geometry, CCGT exhaust ducting. No text, no labels.