Lead/Introduction A single signature set off a cascade through the power market: a 1.4-gigawatt hyperscale agreement that would lift one utility’s electric load by roughly a quarter in as little as two to three years, reshaping how energy is planned, financed, and delivered while AI-fueled data
Christopher Hailstone has spent his career at the intersection of energy management, renewables, and grid operations, so he brings a practical lens to the post-OBBBA moment. LevelTen’s survey shows an enormous U.S. pipeline and a clear pivot toward storage and hybrids, and Christopher unpacks how
In a world increasingly driven by artificial intelligence, the backbone of this technological revolution—data centers—faces a critical hurdle: energy. These sprawling hubs, powering everything from cloud computing to AI algorithms, consume staggering amounts of electricity, often outpacing the
The energy sector stands at a critical juncture, grappling with an unprecedented surge in demand driven by high-intensity sectors like artificial intelligence data centers, which are projected to escalate power needs from a modest 4 GW today to a staggering 123 GW by 2035. This thirtyfold increase
In a nation racing toward a cleaner energy future, the quest for reliable, affordable storage solutions has become a critical challenge, especially as the grid struggles to store excess renewable energy for peak demand without high costs or safety risks. Enter sodium-ion batteries—a technology that
Allow me to introduce Christopher Hailstone, a seasoned expert in energy management, renewable energy, and electricity delivery. With a deep understanding of grid reliability and security, Christopher offers invaluable insights into the evolving landscape of utilities in the United States. In this
