Solar 32.6 GW dominates the right two-thirds of the scene as vast expanses of aluminium-framed crystalline silicon photovoltaic panels stretching across rolling spring fields; brown coal 6.9 GW occupies the left background as a cluster of massive hyperbolic cooling towers with thick white-grey steam plumes rising high; biomass 4.5 GW appears as mid-ground wood-chip-fed industrial plant buildings with short stacks and thin pale smoke; natural gas 3.8 GW sits as a pair of compact combined-cycle gas turbine units with slender exhaust stacks and heat-shimmer hazes at centre-left; hard coal 2.1 GW is a single smaller coal plant with a rectangular boiler house and stockpile visible behind the gas units; wind onshore 1.7 GW shown as a small cluster of three-blade turbines on a distant ridge at far left, blades barely turning in light wind; wind offshore 0.7 GW depicted as a faint row of turbines on a hazy horizon line; hydro 1.4 GW as a modest run-of-river weir with churning white water in the foreground stream. Time is 09:00 on a spring morning: full daylight but a sky about half covered with mid-level cumulus clouds, with patches of bright sunlight streaming through gaps and casting defined light-and-shadow patterns across the PV arrays and fields. Temperature is cool at 7°C — fresh green spring foliage just emerging on birch and beech trees, some frost lingering in shadowed hollows. The atmosphere carries a slightly heavy, humid quality reflecting the moderate electricity price. Painted in the style of a highly detailed 19th-century German Romantic oil painting — rich colour palette of spring greens, cloud greys, industrial ochres, and steel blues — with visible confident brushwork, atmospheric aerial perspective fading the distant cooling towers into haze, and meticulous engineering accuracy on every turbine nacelle, PV module frame, and cooling tower hyperboloid curve. No text, no labels.