The Rising Electricity Surge Testing America’s Power Grid

In our latest episode, Michael Bowers explained why the "flat demand" era is over as U.S. electricity use heads toward an unprecedented surge. We explored the immense pressure AI data centers and manufacturing reshoring are placing on the grid, and the urgent steps needed to maintain reliability and affordability.

Following our talk, Michael wrote this exclusive deep dive for us. He outlines the infrastructure and policy shifts required to meet the projected 21% increase in U.S. energy demand by 2030.

⚡Inside The Article

Guest Perspective: Michael Bowers on the Grid’s Defining Decade

Demand is accelerating

Global electricity demand is expected to grow more than 3.5% annually through 2030, while U.S. demand could rise 21% by 2030 and 39% by 2035.
 

Data centers are reshaping utility planning

AI and hyperscale facilities are among the largest contributors to new load growth and require dependable, around-the-clock power.

Capacity alone is not enough

Although the U.S. may add roughly 445 GW of generation by 2030, new infrastructure must be delivered quickly enough to serve loads already seeking connections.

Transmission is central to reliability

DOE studies indicate transmission capacity may need to double or triple by 2050; high-growth regions may need major expansions much sooner.

A balanced power mix is essential

Solar and storage can scale quickly, but firm clean resources—including small modular reactors (SMRs) and advanced geothermal—can help supply the continuous power large facilities require.

From utilities and commercial development to space infrastructure and nuclear energy, this conversation explores the real-world systems that will determine how the next era of technology gets powered.