Flex’s $4.4 Billion Acquisition of EPC Power Marks a Turning Point for AI Infrastructure and High-Voltage Data Center Design

By Shane Snider, Senior News Writer, Data Center Knowledge September 4, 2026 Executive Overview In a landmark transaction reshaping the digital infrastructure landscape, global manufacturing and technology solutions provider Flex has announced a definitive agreement to acquire EPC Power for $4.4 billion. The blockbuster deal, slated to close in the fourth quarter of 2026 pending…

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The Architecture of Power: How Medium-Voltage Systems Are Rewriting the Rules of AI Infrastructure

Executive Overview The global conversation surrounding artificial intelligence and energy infrastructure is fundamentally misdirected. Public discourse, regulatory debates, and corporate boardrooms are overwhelmingly obsessed with generation: the urgent race to secure more turbines, expand solar arrays, construct nuclear plants, and build high-voltage transmission corridors. The prevailing narrative suggests that our primary crisis is a sheer…

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Powering the AI Revolution: The Rise of Solid-State Transformers and Medium-Voltage Direct Current in Next-Generation Data Centers

Executive Overview The rapid, relentless expansion of high-density artificial intelligence (AI) and machine learning (ML) workloads is forcing a massive paradigm shift in data center engineering. For decades, the structural power delivery blueprint of virtually all large-scale data facilities has remained steadfastly anchored in alternating current (AC) distribution architectures. However, the sheer electrical consumption and…

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The Architecture of Power: How Medium-Voltage Innovation is Reshaping the AI Grid Crisis

Executive Overview For years, the public conversation surrounding the artificial intelligence infrastructure boom has been overwhelmingly focused on generation. Energy pundits, utility executives, and policymakers have fixated on a singular, looming question: Where will the electrons come from? The proposed solutions have followed a predictable, carbon-heavy or capital-intensive trajectory—more natural gas turbines, renewed nuclear energy…

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Powering the AI Boom: Solid-State Transformers and the High-Voltage Direct Current Revolution in Modern Data Centers

Executive Overview The rapid, relentless expansion of artificial intelligence (AI) and high-density GPU computing is pushing traditional data center infrastructure to its physical and thermodynamic limits. For decades, the electrical grid and the internal distribution systems of data centers have relied primarily on alternating current (AC). However, as rack densities skyrocket to accommodate power-hungry clusters…

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The High-Voltage Ballot Box: How Data Center Development Became a Toxic Liability for Incumbent Politicians

EXECUTIVE OVERVIEW The explosive national expansion of the digital economy—driven by artificial intelligence, cloud computing, and massive data storage needs—has collided head-on with grassroots political reality. According to a comprehensive Data Center Knowledge review of election results, government filings, campaign literature, and local investigative reporting, at least 18 incumbent officeholders lost their bids for reelection…

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The High-Voltage Pivot: How Solid-State Transformers Are Reshaping AI Data Center Power Architecture

Executive Overview The global data center landscape is undergoing a silent, high-stakes electrical revolution. For decades, the invisible backbone of enterprise computing infrastructure has run entirely on alternating current (AC). From the utility substation down to the rack level, AC has reigned supreme due to historical precedent, standardized distribution hardware, and deeply entrenched engineering habits….

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