Brown coal 5.7 GW dominates the left quarter as a cluster of massive hyperbolic cooling towers with thick white steam plumes rising into a black night sky, their bases lit by orange sodium lamps illuminating coal conveyors and slag heaps. Hard coal 3.5 GW sits left-of-centre as a pair of smaller rectangular power station buildings with tall brick chimneys trailing thin grey smoke, floodlit in harsh white light. Natural gas 3.5 GW occupies the centre as two compact CCGT units with sleek cylindrical exhaust stacks and illuminated control buildings, blue-tinged industrial lighting reflecting off metal cladding. Wind onshore 5.7 GW fills the right third as a long line of tall three-blade turbines on lattice towers stretching along a ridge, their red aviation warning lights blinking rhythmically in the darkness, blades turning slowly in light wind. Wind offshore 1.6 GW appears in the far-right background as a faint row of turbine lights on the horizon above a dark sea. Biomass 3.8 GW is represented centre-right as a pair of modest wood-chip-fired plants with squat chimneys and warm amber-lit storage domes, steam drifting from vents. Hydro 1.5 GW appears as a small illuminated dam spillway nestled in a dark valley at far right. The sky is completely dark, deep navy-to-black, no twilight, no sky glow — it is 4 AM. Stars are mostly obscured by 37% cloud cover, with a few patches of stars visible. The atmosphere feels heavy and oppressive, reflecting high electricity prices — low cloud layers pressing down on the industrial scene. Late May vegetation: dark silhouettes of full-leafed deciduous trees and lush grass barely visible in the artificial lighting, temperature around 11°C suggesting slight mist curling along the ground near the cooling towers. The scene is rendered as a highly detailed oil painting in the tradition of 19th-century German Romantic landscape painters — rich impasto brushwork, deep chiaroscuro contrasts between industrial sodium-orange light and surrounding darkness, atmospheric depth with receding layers of power infrastructure, meticulous engineering accuracy on turbine nacelles, cooling tower parabolic profiles, and CCGT exhaust geometry. No text, no labels.