Energy storage is really the bottleneck for maximizing power output across any grid system. Take the US power infrastructure—peak capacity sits around 1.1 terawatts, yet average consumption only reaches about 0.5 terawatts. That massive gap between peak and average? That's wasted potential.

The fix is straightforward: deploy battery systems as buffers. Instead of letting infrastructure sit idle when demand dips, batteries capture excess generation during low-usage windows and discharge during peak hours. This approach works for any nation's power grid, and honestly, it mirrors how successful operations manage resource constraints elsewhere—capture when cheap, deploy when valuable.

Scaling battery infrastructure means you're not building new generation capacity; you're optimizing existing assets. The math is simple. Better energy management translates to lower operational costs and more efficient resource allocation across the entire system.