The Problem We Solve

“Dynamic balance is the ultimate goal of a stable grid. But that balance is breaking."

Today's power grids were designed decades ago for a centralized energy world—think coal and nuclear plants feeding predictable, stable loads. But the future doesn’t look like the past.

As renewable energy becomes cheaper and it has been replacing traditional fossil fuels as the dominant source of generation. But renewables like the solar and wind flood the grid with intermittent supply, while AI data centers spike unpredictable demand at massive scale. The unstable supple & demand one-two punch of volatility is exposing our grid infrastructure.

With renewables becoming the dominant energy source, supply volatility has intensified year over year—as visualized by the steepening of the duck curve."

As grids get pushed to their limits, blackouts will become more frequent and energy prices more volatile—especially during peak hours. Without a resilience layer, the modern grid cannot survive the modern world.

1. Our Grids Are Too Fragile to Handle the Future Renewables and AI development are creating massive volatility and putting historic stress on electricity grids. The April 2025 blackout in Spain and Portugal was a wake-up call. More are coming.

2. Storage Is the Cure, But Capital Is the Bottleneck Grid-scale batteries are the fastest way to create resilience (Think enormous water dams). But building enough of them, fast enough, requires a flood of capital—and today, most projects stall from funding gaps, not technical limits. Grid resilience withholds and we need it NOW.

3. Regulation Keeps Most Players on the Sidelines Energy is a compliance-heavy sector. Even if a community or startup wants to contribute storage to the grid, they can’t—licenses, filings, and red tape keep them out. The system isn’t open. It’s locked. And that locks out innovation.

Put simply: if we want stable grids, we need to connect more live batteries.