Commenters discussed the news that solar generation overtook nuclear globally, citing numbers and trends: philipkglass noted solar output rose from about 1,054 TWh in 2021 to roughly 2,779 TWh in 2025, gryfft highlighted 2025 additions and rapid battery deployment, and several others pointed out that wind has also been matching or exceeding nuclear on a monthly basis. Many attributed the shift to cheap, rapidly deployable PV (tialaramex contrasted the quick installability of panels vs wind), China’s surge in renewables (embedding-shape, radu_floricica), and falling battery costs and grid-scale storage growth enabling higher PV value (gryfft).
Opinion divides sharply on what the milestone means. Some celebrated solar’s rise as overdue progress and a route away from fossil-fuel geopolitics (ACCount39, smartmic, metalman). Others warned about intermittency, storage needs and materials limits - FloatArtifact stressed the need for 8+ hour storage and energy density concerns, Kuyawa and 59percentmore worried about future battery/materials and replacement costs, and luqtas criticized PV’s lifecycle impacts. Several commenters argued for a portfolio approach: nuclear may be needed for industrial baseload or stability even if it won’t scale as fast as PV (mhh__), while critics blamed overregulation and policy choices for nuclear’s stagnation (radu_floricica, fulafel).
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