AI

  • Energy: The Most Critical 7% of America’s GDP

    The true engine of America’s economy might surprise you. It’s not tech. It’s not artificial intelligence, finance, or manufacturing. It’s energy. Energy accounts for just 7% of America’s gross domestic product (GDP), but, as former FERC Chair Mark Christie put it, “it’s the foundational 7% … everything else in our economy and lifestyle flows from it.”

  • AI’s Energy Hunger Demands an All-of-the-Above Strategy

    Here’s a fundamental truth: there is no AI without energy. And as the technology grows, its demand for energy, and carbon footprint, may never again be as small as it is today. Against this backdrop, debates over which energy source should power AI miss the point. AI’s appetite for energy—relative to what the grid has […]

  • POWER Digest [October 2025]

    Two business conglomerates with interests across Asia announced a partnership to build six geothermal power plants in Indonesia.

  • Blackstone Acquires Gas-Fired Plant in Pennsylvania in $1 Billion Deal

    Blackstone, the world’s largest alternative asset manager, said its energy-focused private equity business has a deal to buy the 620-MW natural gas-fired Hill Top Energy Center in Pennsylvania. The agreement announced September 15 will see Blackstone Energy Transition Partners acquire the power station from Ardian, a global private investment firm. Blackstone officials said the purchase […]

  • Why Power Plants Need AI That Engineers Can Trust

    America’s power producers face growing pressure to do more with less. A rapidly evolving grid, increasing demand, aging infrastructure, and policy uncertainty have created a system where traditional approaches to reliability are no longer enough. The North American Electric Reliability Corporation (NERC) recently issued its 2025 RISC report, highlighting the leading risks facing America’s power […]

  • Eaton Offers Solution to Detect AI-Related Load Spikes for Power

    Intelligent power management company Eaton said it has launched technology for identifying large fluctuations in energy demand from artificial intelligence (AI) computing infrastructure. The edge-based solution, available via a firmware update for its Eaton Power Xpert quality (PXQ) event analysis system, helps detect AI power bursts, including potential subsynchronous oscillations (SSO) in data centers. The […]

  • Baker Hughes, CTR Have Agreements for 500 MW of Geothermal in California

    Baker Hughes, an energy technology company, and Controlled Thermal Resources (CTR) have entered into definitive agreements to collaborate on the development of up to 500 MW of baseload geothermal power at CTR’s Hell’s Kitchen project in Imperial County, California. The staged development, announced September 9, will deliver baseload geothermal energy at scale, providing reliable power […]

  • Preparing Energy Storage Technology to Support Data Center Power Demands

    The increasing power demands of data centers are adding urgency to grid resiliency and renewable energy projects. Data center electricity use is expected to grow 300% by 2035 as hyperscale cloud computing companies race to adopt new technologies, including artificial intelligence (AI). Renewable energy and microgrid solutions will play an essential role in the digitalized and electrified future.

  • How Advanced Monitoring and Early Warning Tools Are Revolutionizing Power Plant Cooling Water Intake Management

    Thermal power plants, nuclear and fossil-fueled, rely on cooling water intake structures (CWIS) to withdraw water for rejecting waste heat. The CWIS serves as a critical interface between engineered systems and the natural environment, making it vulnerable to various external factors such as biological growth, water chemistry changes, hydraulic forces, drifting debris, and meteorologic events. […]

  • Modernization Is the Onramp to Emerging Technologies

    As complexity rises across the power industry, modern control systems are becoming the foundation for next-generation solutions. By embracing automation, simulation, and artificial intelligence (AI)-ready

  • Managing AI’s Heat: Advanced Liquid Cooling Systems and the Instrumentation That Supports Them

    Efficient liquid cooling supported by reliable instrumentation is essential for data centers to handle increased capacity demands in the age of artificial intelligence (AI) and other heavy compute applications. The landscape of data processing has undergone a seismic shift recently, with today’s artificial intelligence (AI) and high-performance computing (HPC) applications requiring computational power at a […]

  • AI and the Grid: Smarter Paths to Renewable Integration and Grid Modernization

    According to the U.S. Department of Energy, more than 70% of the nation’s grid transmission lines and transformers are more than 25 years old, straining under the pressures of rising electrification and renewable integration. As power producers, utilities, and grid operators push toward decarbonization targets, the need for more intelligent, responsive, and resilient grid infrastructure […]

  • Pacifico Energy Building Massive Gas, Energy Storage Project to Serve Texas Data Centers

    An energy infrastructure company said it’s moving forward with the GW Ranch project, an off-grid complex in Texas that will combine natural gas-fired generation and battery energy storage to provide nearly 7 GW of power in Pecos County. The campus, sited on more than 8,000 acres, is designed “to support hyperscale data centers and the […]

  • AI and the Energy Transition: Building a Smarter, Decarbonized Energy System

    Solar energy generation from a rooftop panel system can be monitored quickly and easily, an example of how artificial intelligence (AI) and digital tools are empowering businesses to optimize energy use and contribute to a decentralized, decarbonized grid. The energy transition is accelerating. Electrification is surging, renewable power generation is expanding and energy consumption patterns […]

  • Transforming Energy Finance Through AI-Driven Processes

    The power and utility sector underpins every part of modern life, from residential comfort to industrial productivity. Yet, as the global energy landscape evolves, so must the internal operations that keep these organizations running. COMMENTARY With total U.S. power use expected to reach around 4,189 billion kWh in 2025, and 4,278 billion kWh in 2026, […]

  • How Smarter Cooling Choices Can Cut AI’s Energy Use

    Artificial intelligence (AI) is evolving, and so is the demand for the infrastructure behind it. However, for those looking to build a sustainably conscious system, this growth raises a crucial question: What does an energy-efficient data center system look like? While rightfully, much of the attention has focused on controlling energy usage of bigger systems […]

  • Building ChatGPT for the Power Industry: EPRI Leads the Way

    More than 100 of the world’s largest energy companies are betting that artificial intelligence (AI) will revolutionize how electricity gets made, moved, and managed. But they’re not waiting for Silicon Valley to build it for them—they’ve taken matters into their own hands through an EPRI-led consortium. That initiative is the Open Power AI Consortium, which […]

  • Creating a Living Asset: The Role of AI-Enhanced Digital Twins in Autonomous Operations

    The convergence of artificial intelligence and digital twin technology is emerging as a transformative solution, enabling power producers to shift from static control systems to dynamic, self-optimizing

  • Smart Strategies for Energy Suppliers in the Data Center Boom

    Data center demands are shifting rapidly in today’s energy landscape. A customer that signed on for 10 MW just months ago may now be requesting 40. For energy suppliers across the country, scenarios like this are becoming the new normal as artificial intelligence (AI) infrastructure accelerates load growth and turns predictable load patterns into risky […]

  • When AI-First Becomes Practice, Your Energy Grid Better Be Ready

    From healthcare to aviation, artificial intelligence (AI) is increasingly being used to close operational gaps and garner efficiencies in key industries. Indeed, 78% of respondents in McKinsey’s State of AI Survey for 2025 indicated that their organization is using AI for at least one business function. This year and beyond, the question of AI adoption […]

  • Oracle, Bloom Energy Have Deal to Power Data Centers

    California-based power solutions provider Bloom Energy said it will deploy its fuel cell technology at select Oracle Cloud Infrastructure (OCI) data centers in the U.S. The company on July 24 said it will deliver on-site power for an entire data center within 90 days. “We continue to see strong global demand for OCI services across […]

  • Virtual Power Plants: How to Power the Energy Economy by Stretching Today’s Grid

    The challenge posed by surging demand for electricity from data centers and high-performance computing facilities presents an ideal time for innovative energy solutions that efficiently improve grid reliability and increase the availability of clean, affordable electricity. Not only does the U.S. risk missing more than $100 billion of artificial intelligence (AI) market growth over the […]

  • Unlocking Opportunities in AI Through Power Demand, Administration’s Initiatives

    The U.S. is bracing for a reality where artificial intelligence and data centers overwhelm the power grid, and rightfully so, as America seeks to lead the global AI race. But this push is coming at the same time that the federal government is reshuffling fiscal priorities and prioritizing energy independence. While that dynamic may seem like a challenging juxtaposition, one thing is clear: regardless of political affiliation or preferred priority, if the U.S. wants to lead the world in AI, it must power it first.

  • Unlocking Power Plant Efficiency: How AI Models Are Revolutionizing Heat Rate Optimization

    Artificial intelligence (AI) is playing a huge role in heat rate optimization. In some cases, AI-driven models have analyzed operational data to recommend control settings that reduce heat rates by 1.5% to

  • Groups Partnering to Develop AI Software to Speed Nuclear Reactor Construction

    A software group that uses artificial intelligence (AI) to help automate processes said it was joining with a nuclear power deployment company on an AI-driven system to accelerate construction of nuclear reactors. Palantir Technologies on June 26 said it will work with The Nuclear Company, a nuclear power startup, to jointly create a nuclear operating […]

  • AI on the Edge: Can Distributed Computing Disrupt the Data Center Boom?

    As artificial intelligence (AI) usage and sophistication grows, questions about the sustainability of the traditional model of utilizing huge, centralized data centers are frequently raised. Hyperscale data centers handle most AI workloads today, but they come with high energy demands and environmental costs.

  • Three Strategies for Seamlessly Incorporating AI into the Modern Energy Equation

    In the ongoing effort to improve the profitability of energy production and delivery while mitigating the risks, companies are incorporating artificial intelligence (AI) to drive more powerful, effective analytics. This technological leap is critical as the industry navigates evolving demands, embraces new sources, and strives for greater efficiency, reliability, and sustainability. However, some energy companies […]

  • ABB, Applied Digital Launch Power Solution for Data Centers

    Applied Digital, a builder and operator of next-generation data centers, has launched an infrastructure partnership with ABB at the company’s Greenfield 400-MW campus in North Dakota. TRhe collaboration will innovate fast, reliable, energy-efficient solutions to meet the rapid advancement of artificial intelligence (AI).

  • Hitachi, Southwest Power Pool Join to Develop AI-Based Grid Solution

    The Southwest Power Pool (SPP) regional transmission organization (RTO) is joining with energy technology company Hitachi on development of what the groups say is an artificial intelligence (AI)-based solution to support power transmission reliability and flexibility challenges.

  • Why Grid Hardening Needs to Be Smarter, Not Just Stronger

    While many utilities are hardening power grid infrastructure by upgrading poles and wires—a necessary step—brute force solutions alone won’t be enough. To truly future-proof the grid, resilience must be rooted in intelligence via systems that anticipate, adapt, and respond dynamically.