Solar 33.4 GW dominates the centre and right of the composition as vast fields of aluminium-framed crystalline silicon photovoltaic panels stretching across gentle rolling hills, their blue-grey surfaces reflecting muted daylight; wind onshore 18.8 GW fills the upper background as dozens of three-blade turbines on tall lattice and tubular towers, rotors turning slowly in moderate wind, scattered across green farmland; wind offshore 3.7 GW appears as a distant cluster of turbines on the far-left horizon above a silvery river or estuary; brown coal 3.2 GW is rendered as a pair of hyperbolic concrete cooling towers on the left foreground emitting thin wisps of white steam; biomass 3.6 GW sits as a medium-sized industrial plant with a wood-chip storage dome and a single exhaust stack with faint vapour, nestled between the coal towers and the solar fields; natural gas 1.8 GW appears as a compact CCGT unit with a slender exhaust stack and minimal exhaust plume, adjacent to the coal facility; hydro 1.7 GW is suggested by a small concrete dam with cascading water in a valley on the far left; hard coal 1.0 GW is a modest power station with a single rectangular chimney emitting a barely visible haze, behind the brown coal towers. The sky is overcast at 79% cloud cover with a high, bright grey-white blanket of clouds through which diffused June afternoon sunlight filters, casting soft even illumination without harsh shadows—the atmosphere is calm, serene, and luminous. Green deciduous trees in full summer leaf, wildflower meadows, and wheat fields frame the scene. Temperature is mild at 17°C, vegetation lush. The near-zero electricity price is evoked by an expansive, peaceful, open sky with gentle light. Highly detailed oil painting in the tradition of 19th-century German Romantic landscape painters—rich colour palette of muted greens, silvers, warm greys, and soft blues—visible confident brushwork, atmospheric aerial perspective fading into hazy distance, meticulous engineering detail on every turbine nacelle, every PV panel rail, every cooling tower's parabolic curve. No text, no labels.