Sustainability
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Trends
Constellation Outlines Nuclear Expansion Plans at Clinton Site as Meta Partnership Strengthens
Constellation Energy is evaluating specific regulatory pathways to enable potential deployment of advanced nuclear reactors at its Clinton Clean Energy Center. The measure could mark the first concrete steps toward next-generation nuclear development at the Illinois site now that the competitive generator has finalized a landmark 20-year agreement with Meta. Constellation disclosed on Tuesday that […]
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Data Centers
Aalo Atomics Secures Capital, Regulatory Backing for 2026 Modular Nuclear Project at INL, Eyes Potential First Data Center Pairing
Advanced nuclear firm Aalo Atomics has secured new capital and regulatory backing to complete construction of its 10-MWe Aalo-X reactor at Idaho National Laboratory (INL). The project, recently selected under the Department of Energy’s (DOE’s) new Nuclear Reactor Pilot Program, will demonstrate cold criticality by July 2026 in an unusually aggressive federal milestone for advanced […]
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Trends
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 […]
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nuclear technology
TVA Inks First U.S. Utility PPA for Gen IV Nuclear Power in Landmark Three-Way Deal with Google, Kairos
The Tennessee Valley Authority (TVA) has signed a first-of-its-kind power purchase agreement (PPA) with advanced nuclear technology firm Kairos Power to buy power from the company’s planned Hermes 2, a molten salt nuclear reactor in Oak Ridge, Tennessee. The deal makes TVA the first U.S. utility to contract for electricity from a Gen-IV reactor. Under […]
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Trends
Google, I&M Strike Landmark Deal to Share Clean Capacity and Flex AI Load
American Electric Power (AEP) subsidiary Indiana Michigan Power (I&M) has filed a special customer-specific contract with technology giant Google that could create a dual-purpose arrangement to address power capacity constraints in one of the fastest-growing digital infrastructure regions in the U.S. AEP on Aug. 4 announced that the two companies filed a petition to the […]
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Trends
Delays, Rollbacks, and Diverging Paths: The Global State of Power Plant Emissions Controls
In recent years, analysis of the world’s power plant emissions appears to have centered largely on carbon dioxide (CO 2 ), mainly because carbon dominates global accounting frameworks and climate goals. In
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Hybrid Power
The White Island Goes Green: How Graciosa Became a Global Benchmark for Hybrid Renewable Power
A Portuguese island that once relied almost exclusively on expensive diesel fuel shipments to keep the lights on now runs entirely on wind and solar power for nearly half the year. Graciosa didn’t just
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Data Centers
Luxembourg Group Seeks Sustainability in Powering Data Center Operations
The global buildout of data centers continues to put a spotlight on the energy needs of those facilities. LuxConnect, a Luxembourg-based data center firm, has made sustainability one of its main goals.
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Sustainability
How Biogas Is Solving Data Centers’ Clean Energy Challenge
Biogas doesn’t just offer a backup plan for tech companies seeking more power; it provides a blueprint for sustainability. By transforming landfill, agricultural, and wastewater emissions into usable power, biogas solves two problems at once: it reduces fugitive methane emissions, a potent greenhouse gas (GHG), and generates renewable electricity. This is energy that’s good for […]
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Offshore Wind
Hybridization of Offshore Wind
Sponsored by:Siemens Energy GlobalThe white paper underscores the transformative potential of hybridizing offshore wind energy, emphasizing the integration of hybrid technologies, e.g. energy storage systems (BESS), to enhance the reliability, stability, and economic feasibility of offshore wind farms. This approach mitigates the intermittency of wind power, resulting in a more consistent and predictable energy output. By contributing to grid stability […]
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