Solar 48.5 GW dominates the entire composition as vast crystalline silicon photovoltaic arrays stretching across sunlit rolling fields and rooftops covering roughly three-quarters of the scene; brown coal 4.2 GW appears in the left background as a cluster of massive hyperbolic cooling towers with thin white steam plumes rising into the clear sky; biomass 3.5 GW sits in the mid-left as a modest wood-clad industrial facility with a low exhaust stack; wind onshore 3.6 GW occupies the right-centre as a small group of three-blade turbines on lattice and tubular towers turning very slowly in light breeze; natural gas 1.7 GW appears as a compact CCGT plant with a single tall exhaust stack and small heat-recovery unit near centre-right; hydro 1.2 GW is rendered as a stone-and-concrete weir with cascading water at the far right edge; wind offshore 0.7 GW is barely visible as tiny turbines on the distant horizon line above a faint blue river or lake; hard coal 0.5 GW is a single small smokestack with a wisp of grey exhaust at the far left. Time is 14:00 in midsummer: the sun is high and blazing in a completely cloudless, pale-blue sky, casting short harsh shadows. Temperature is 30°C — the landscape is lush deep-green with mature summer foliage, wildflowers, golden wheat fields shimmering in heat haze. The atmosphere is calm and open, with excellent visibility, reflecting the moderate electricity price. Painted in the style of a highly detailed 19th-century German Romantic oil painting — rich saturated colour, luminous atmospheric depth, visible confident brushwork — yet every piece of energy infrastructure is rendered with meticulous engineering accuracy: three-blade rotor assemblies with nacelles, aluminium-framed PV modules with visible cell grids, hyperbolic reinforced-concrete cooling towers, CCGT exhaust stacks with heat exchangers. No text, no labels.