Solar 33.5 GW dominates the scene as an enormous expanse of crystalline silicon photovoltaic panels stretching across rolling fields and rooftops, occupying roughly 70% of the composition — thousands of aluminium-framed panels angled toward a blazing afternoon sun, their glass surfaces catching white-hot reflections. Brown coal 3.3 GW appears at the far left as two hyperbolic cooling towers rising above a lignite plant, thin steam plumes drifting in nearly still air. Biomass 3.4 GW sits just right of the coal plant as a modest wood-clad biogas facility with a rounded green digester dome and a short exhaust stack. Hydro 1.7 GW is rendered as a concrete weir and small run-of-river powerhouse nestled along a river in the mid-ground. Natural gas 1.6 GW appears as a compact CCGT unit with a single slender exhaust stack emitting a faint heat shimmer, tucked behind the river. Wind onshore 3.5 GW is shown as a small cluster of three-blade turbines with white lattice towers on a distant ridge, their rotors barely turning in the 2.1 km/h breeze. Wind offshore 0.9 GW is suggested by two tiny turbines on a hazy blue horizon line. The sky is completely cloudless, a deep summer blue with intense direct sunlight casting sharp shadows; the time is 4 PM with the sun still high but slightly westward. Lush green deciduous trees, golden wheat fields, and wildflower meadows reflect the 28 °C June heat — shimmering heat haze rises from the panel arrays. The atmosphere is calm and open, reflecting the low electricity price. Painted in the style of a highly detailed 19th-century German Romantic oil painting — rich saturated colour, visible confident brushwork, atmospheric aerial perspective receding into blue-hazed distance — yet every piece of energy infrastructure is rendered with meticulous engineering accuracy: nacelle housings, panel bus ribbons, cooling tower parabolic curves, turbine blade pitch mechanisms. No text, no labels.