When the sun shines or winds blow, power networks tap into those flows, nudging neighborhoods toward smaller setups for their juice. Since gusts fade and clouds pass, holding a steady stream grows tricky particularly if folks start drawing more at odd moments. Clever digital brains kick in here, tweaking outputs as things unfold minute by minute. Rather than sticking to old scripts, they learn: spotting tomorrow's breeze strength, guessing evening demand, watching storage dip. Over time, each choice sharpens through repeated observation, shedding slack while keeping lights humming. Power bends where it must, quietly. Now things move differently. Live data flows in from sensors, guiding automatic tweaks based on sharp decisions. Instead of fixed rules, choices emerge step by step. Smarter power handling comes through learning systems that lower costs over time. Tests reveal quicker reactions when supply changes happen. Models showed steady performance under shifting loads. Electricity swaps inside microgrids run with less bumpiness. Hidden coordination shapes how users draw energy, smoothing the whole flow.
Manohar et al. (Tue,) studied this question.