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• Energy models have consistently underestimated solar growth, missing real-world cost reductions and advancements • Inaccurate projections stem from ignoring learning rates, misrepresenting storage needs, and undervaluing carbon costs. • Energy models have consistently underestimated solar growth, missing real-world cost reductions and advancements • Inaccurate projections stem from ignoring learning rates, misrepresenting storage needs, and undervaluing carbon costs. • Energy models have consistently underestimated solar growth, missing real-world cost reductions and advancements • Inaccurate projections stem from ignoring learning rates, misrepresenting storage needs, and undervaluing carbon costs • To improve models, incorporate realistic learning rates. . yn Smith, lead author of the Royal Society's report. "Demand for electricity is expected to double by 2050 with the electrification of heat, trans y energy generation and energy storage, if required. Specii!?c technologies were resear hed before performing analysis on each architecture. The s ud ed. . The potential for wind and solar generation in GB exceeds projected future electricity demand but it must be supported by large-scale storage or other forms of flexible supply when the sun doesn't shine and the wind doesn't blow. While solar panels and wind turbines grab headlines, the real game-changer operates backstage - like the bass player in a rock band that actually keeps the rhythm going. Periods of imbalance can occur both across a single day, but also across the year, both cause different supply/demand. .
