Wind onshore 10.1 GW dominates the right half of the scene as dozens of three-blade turbines with white lattice towers stretching across a flat, pale-brown early-spring landscape, their rotors turning slowly in light wind. Solar 8.2 GW occupies the centre-right foreground as vast fields of aluminium-framed crystalline silicon PV panels, their surfaces reflecting only dull grey sky with no direct sunlight. Brown coal 5.7 GW fills the left quarter as three massive hyperbolic cooling towers with thick white steam plumes rising into heavy overcast, connected to an industrial complex with conveyor belts and ash-grey buildings. Biomass 4.3 GW appears centre-left as a cluster of medium-scale CHP plants with wood-chip storage silos and modest chimneys trailing thin smoke. Wind offshore 2.7 GW is visible in the far background as a line of turbines on a distant grey North Sea horizon barely distinguishable from the clouds. Hard coal 2.0 GW sits adjacent to the brown coal as a smaller power station with a single tall brick stack and coal bunkers. Hydro 1.3 GW is suggested by a small dam and spillway in the far left middle ground. Natural gas 1.1 GW appears as a single compact CCGT unit with a slender exhaust stack near the biomass cluster. The sky is 100% overcast, a heavy leaden ceiling of unbroken stratiform cloud pressing down oppressively, consistent with an 81 EUR/MWh price. The time is 16:00 late March — full daylight but diffuse and flat, no shadows, a cold washed-out luminosity. Temperature near freezing: bare deciduous trees, dormant brown grass, patches of frost in shaded areas, no green buds yet. The atmosphere is dense and heavy with moisture. Highly detailed oil painting in the tradition of 19th-century German Romantic landscape painters — Caspar David Friedrich meets industrial realism — rich muted earth tones, visible expressive brushwork, atmospheric depth and aerial perspective fading the distant offshore turbines into grey mist. Each technology rendered with meticulous engineering accuracy: turbine nacelles and pitch-controlled blades, aluminium PV module frames, lignite cooling tower parabolic geometry with condensation plumes, gas turbine exhaust diffusers. No text, no labels.