Thursday, October 29, 2026

Compute & Cloud

The AI energy boom is forcing innovation onto the US grid

Industry executives at TechCrunch Disrupt said the AI-driven surge in energy demand, while straining the US power grid, is also accelerating investment in grid modernization.

Row of electric transmission towers and power lines stretching toward a bright sunset on the horizon
Photo: Unsplash / Matthew Henry

The AI boom’s surge in energy demand is straining America’s aging grid, with critics warning it could push electrical bills higher in the near term and risk outages or other technical problems down the road. But at TechCrunch Disrupt earlier this month, industry executives argued the same surge in connections is also opening the door to grid modernization.

Three panelists made that case: WeaveGrid co-founder and CEO Apoorv Bhargava, Veir chief executive Tim Heidel and Rewiring America policy vice president Kristin Eberhard. All three said the grid now has to absorb new variables — renewable energy, electric vehicles, data centers and heat pumps — that utilities are only beginning to learn how to orchestrate. WeaveGrid’s software aims to help utilities manage that load more efficiently while lowering bills for ratepayers, Bhargava said.

Veir, which makes superconductive power lines that Heidel says can carry power five times farther than conventional cables while needing 20 times less space, raised $110 million in a Series C round earlier this month. Heidel said the scale of AI-infrastructure investment is driving a wave of new grid technology reaching commercial scale.

Eberhard, whose organization advocates for household electrification, put it more bluntly: “I feel like this era of AI and load growth is a very improv era,” she said, pointing to the need for more transmission lines and centralized power plants alongside the grid tools AI demand has newly made urgent.

Why it matters

The panel’s consensus — that AI’s energy appetite is as much a forcing function for grid investment as a burden on it — suggests the current demand surge could leave U.S. utilities with a more modern, flexible grid than they’d otherwise have built.