Wind onshore 33.3 GW dominates the scene as vast ranks of three-blade turbines with white tubular towers and detailed nacelles stretching across rolling green spring hills from the centre to the far right, their rotors spinning vigorously in strong wind; wind offshore 5.8 GW appears as a distant line of larger turbines on the hazy horizon above a grey North Sea sliver at far right. Solar 32.5 GW fills the left-centre foreground and midground as enormous fields of aluminium-framed crystalline silicon PV panels angled on metal racks, their glass surfaces reflecting flat grey overcast light. Biomass 4.0 GW is a modest wood-clad power plant with a steaming stack and wood-chip conveyors at the left edge. Brown coal 2.4 GW appears as a single hyperbolic cooling tower with a thin wisp of steam rising, partially idle, in the left background behind the biomass plant. Natural gas 1.9 GW sits as a compact CCGT block with a single slim exhaust stack producing minimal vapour, tucked between the cooling tower and the solar fields. Hydro 1.0 GW is a small concrete dam and penstock visible in a wooded valley at the far left. Hard coal 0.5 GW is a barely visible dark brick stack with almost no emission plume, nearly lost behind the lignite tower. The sky is full overcast at 100% cloud cover — a uniform blanket of pearl-grey and silver stratus under bright midday daylight at 14:00, diffuse and shadowless, with no sun disk visible. The atmosphere feels calm and open despite the clouds, reflecting deeply negative prices — spacious, tranquil, almost weightless. Spring vegetation at 16°C: fresh bright-green grass, early leaf buds on birch and beech trees, wildflowers beginning in meadow edges. Wind animates the scene: grass bends, tree branches sway, turbine blades blur at their tips. Painted in the style of a highly detailed 19th-century German Romantic oil painting — rich colour, visible confident brushwork, atmospheric depth receding into misty grey distance, meticulous engineering detail on every turbine nacelle, every PV panel frame, every cooling tower's parabolic curve. No text, no labels.