Vermont's Distributed Battery Grid Is an Edge Cache for Power
Vermont is replacing traditional power plant capacity with home batteries, and one commenter in the thread nailed the framing: it's an edge cache for power. Home batteries smooth the duck curve, reduce grid sizing requirements, and make solar viable at scale. The thread also raised V2X, vehicle-to-grid technology, as a parallel path using the enormous battery capacity already sitting in driveways.
This is genuinely interesting infrastructure architecture. The problem with renewable energy has always been storage and distribution timing. Distributing storage to the edge, the home, the car, changes the math on both problems at once. It's the same logic that made CDNs transformative for web delivery applied to physical energy.
The Vermont story is small-scale but the model is what matters. If it works at state level, it's a template that scales without requiring massive centralized investment.
So what?
For founders building in energy, climate tech, or hardware, the distributed battery model is moving from pilot to policy. The software layer for managing distributed energy assets, demand forecasting, V2G coordination, home energy optimization, is still underdeveloped relative to the hardware progress. That's where the next generation of energy startups will live.