artificial intelligence

As we move further into 2026, the global energy landscape is increasingly defined by divergence. Oil and natural gas fundamentals are separating, geopolitical volatility remains elevated, and across the industrial economy, execution speed is becoming the defining competitive variable.

The first data center to run entirely on self-generated nuclear power will shatter a long-held assumption that computing infrastructure must wait for the grid. A large-scale facility will operate around the clock while controlled fission reactions take place 1,000 feet from its server racks. When that happens, every data center operator still waiting for grid […]

Utilidata, a group specializing in embedded artificial intelligence (AI) for power infrastructure, and NexGen Cloud, a European AI cloud provider, have announced the deployment of the Karman AI power control platform across NexGen Cloud’s data centers. The companies on March 12 said the collaboration is designed to increase available AI compute capacity within existing grid […]

Energy group Babcock & Wilcox (B&W) said it will proceed on a $2.4-billion design-build agreement with an independent power producer (IPP) to support data center campuses. B&W on March 4 said the deal with Base Electron, an IPP, will supply power for what the groups called artificial intelligence (AI) factory campuses for Dallas, Texas-headquartered Applied Digital.

Seven of the nation’s largest artificial intelligence (AI) companies and hyperscalers signed a White House-brokered agreement March 4 committing to build, procure, or fund new generation capacity sufficient to cover the electricity demands of their data centers—and to pay for all grid infrastructure upgrades required to connect them, without passing those costs to residential or […]

Otovo, an artificial intelligence (AI)-native energy service provider for residential and commercial customers, announced the successful completion of a private placement raising about $16.6 million through the issuance of about 14.0 million new shares.

While artificial intelligence (AI) adoption has spread rapidly, meaningful productivity gains remain elusive because organizations have conflated easy-to-deploy horizontal AI tools with the domain-specific

Artificial intelligence (AI) has pushed the idea of a “one-button start-up” from sci-fi closer to engineering reality. But where is industrial AI for energy operations today, and how far away is that fully

America has a once-in-a-generation opportunity to rebuild its energy backbone. For the first time in decades, capital investment, technological innovation, and bipartisan political will are aligning to

Demand for electricity from artificial intelligence (AI), data centers, industrial electrification and more is driving innovation in the power generation sector. Speed to power has become even more important, as companies seek ways to more quickly satisfy their hunger for power, without sacrificing efficiency and in some cases their clean energy goals.

Zeo Energy Corp., a Florida-based residential solar installer that acquired struggling concentrated solar thermal developer Heliogen Inc. six months ago, has signed a non-binding memorandum of understanding (MOU) with Creekstone Energy to study the development of 280 MW of generation for a multi-gigawatt data center campus under construction in Millard County, Utah. Under the Feb. […]

Artificial intelligence (AI) has moved quickly from the margins to the mainstream in electric utilities. Control room vendors promote AI-driven insights, asset platforms promise predictive intelligence, and most major utilities are running at least one pilot or proof of concept. More than 80% of North American utilities already report using AI in some form.

The unprecedented revolution in digital infrastructure, driven by the explosion in artificial intelligence (AI) services and cloud computing, is fueling an economic boom so large it drove 92% of U.S. gross domestic product (GDP) growth in the first half of 2025. However, this wave of technological innovation is hiding rising ratepayer burden and mounting reliability […]

Several natural gas–fueled units are being developed as a way to support the industrial sector, including data centers, and to help integrate more renewable energy to the grid.

When it comes to the latest technologies, utilities aren’t exactly early adopters—with good reason. Silicon Valley’s motto of “move fast and break things” can have disastrous consequences when applied to an industry tasked with keeping the lights on around the clock for millions of Americans.

For the U.S., keeping up with AI’s insatiable appetite is the biggest systemic risk of the next decade. America needs a massive expansion of power plants, transmission lines, and advanced hardware, while using AI itself to drive grid progress and optimize power distribution.

After more than two decades of relative stasis, electricity demand in the U.S. is expected to increase by 25% by 2030 and by more than 75% by 2050, compared to 2023—a transformation largely driven by the surge in new data centers needed to power the artificial intelligence (AI) boom.

The race to lead when it comes to artificial intelligence (AI) is becoming more about securing the power necessary for data centers and other AI infrastructure. In this POWER Interview, Andrejka Bernatova, founder, chairman, and CEO of Dynamix Capital Partners, discusses Dynamix’s belief that the energy and infrastructure industry is in the early phases of a decades-long transition to a low-carbon, sustainable future.

In early 2020, the prevailing narrative in the power sector was a continuation story of the developments from the decade before: renewable buildout will keep compounding, thermal capacity will keep retiring (albeit at a slower rate), markets will evolve to compensate for flexible generation products, capital will keep moving earlier in the development value chain […]

As AI demand accelerates, the race is on to bend the power curve before it bends the grid. The first electric refrigerators were mechanical curiosities—loud, bulky appliances that consumed staggering amounts of electricity. But they spread anyway, because the productivity gains were too great to ignore. Daily habits shifted. Food systems reshaped. Household labor changed […]

The power of U.S. innovation and market incentives cannot be underestimated. The convergence of a business-driven energy transition and the explosive growth of artificial intelligence (AI) have exposed a critical bottleneck within our energy grid.

By utilizing artificial intelligence (AI) and cloud computing, smart cybersecurity systems are helping to bolster the utility industry’s defenses. AI-powered cybersecurity is powerful because it enhances overall resilience to sophisticated cyber threats by providing real-time threat detection and response capabilities. And at a time when these threats are becoming more prolific and sophisticated, defenders need every advantage they can get.

POWER breaks down the top insights from Data Center POWER eXchange, its unique one-day summit curated by POWER’s editorial team and convened to examine the collision between accelerating data center load and tightening grid constraints.  The rise of artificial intelligence is poised to create the fastest, largest, and most concentrated surge of electricity demand in […]

For years, some folks have considered coal-fired power plants relics of a bygone era, overshadowed by the rise of natural gas and renewables. Yet, in an unexpected twist, coal is finding its way back into the

Westinghouse has partnered with Google Cloud to develop a custom AI-powered platform using specialized models from both Google and Westinghouse—itself a leader in AI for energy production—that helps optimize and accelerate reactor construction.

CyrusOne’s Jim Roche details how AI-driven workloads, high-density racks, and liquid cooling are transforming the data center–utility relationship. Only a decade ago, few in the power sector could have predicted that the digital economy’s engine—the data center—would become a central concern for utility planners, grid operators, and energy policymakers. For much of its history, data […]

Flexibility has become a defining characteristic of the future of our energy system. As distributed energy resources surge, electric vehicles (EVs) proliferate, and demand patterns shift, the ability to manage demand in real time is as critical as our capacity to generate. But achieving this level of adaptability requires more than just upgraded infrastructure; it […]

The story of artificial intelligence (AI) is often told in the language of speed and efficiency. Every quarter brings claims of models that run faster and cost less. Yet behind the glossy benchmarks lies a more sobering truth: the appetite for AI is growing so quickly that even the most impressive efficiency gains cannot keep […]

Data center operators are keenly aware that securing access to the grid is job number one on their to-do list. But the extraordinary demand placed on the grid by artificial intelligence (AI) and high-performance computing (HPC) has another concern rapidly ascending the list: power quality. While data centers running traditional workloads have largely solved for […]

The rise of artificial intelligence (AI) isn’t just transforming industries; it is also transforming the energy grid. Behind every AI breakthrough lies a massive surge in computing power, and with it, an unprecedented demand for reliable and affordable electricity. As the U.S. positions itself for continued technological leadership, meeting the energy needs of AI data […]