American Data Center Private Power Forum 2027 2027

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The American Data Center Private Power Forum 2027, taking place on February 24–25, 2027 in Houston, Texas, will bring together data center owners and operators, utilities, independent power producers, technology providers, EPC companies, investors and policymakers to discuss the technologies, business models and strategies shaping the future of AI data center power in America. For data center developers, power availability can increasingly determine where and how quickly new capacity can be deployed. The forum will examine how data centers can reduce dependence on constrained grid infrastructure and develop more resilient energy architectures through: On-site natural gas generation, Fuel c...ell power generation, Hybrid microgrids, Battery Energy Storage Systems (BESS), Behind-the-meter private grids, Renewable energy and long-duration energy storage, Advanced nuclear technologies, Demand response and energy procurement, DC microgrids and advanced power distribution, Integrated generation, storage and control systems The agenda specifically addresses the transition from traditional backup generation toward permanent on-site power infrastructure, including multi-generator architectures capable of supporting large-scale data center capacity. The forum will go beyond high-level discussions and explore the technologies, business models and deployment strategies behind resilient data center power. Key sessions include: The Future of Power & Energy in American Data Centers Bring-Your-Own-Generation & the BYONC Era On-Site Generation: Natural Gas, Fuel Cells & Hybrid Microgrids BESS for Data Center Resilience Power Infrastructure for AI Factories Microgrids + BESS for AI Data Centers Advanced Nuclear & 24/7 Energy Long-Duration Energy Storage & Renewable Energy Behind-the-Meter Private Grids & AI Campuses Key Highlights: Decode new FERC/NERC reliability mandates and the IRAS/BYONC framework Explore onsite generation: natural gas, fuel cells, gas turbines, advanced nuclear Evaluate BESS, DC microgrids, solid-state transformers, and 800VDC architecture Learn from real-world case studies on microgrid integration and behind-the-meter private grids Network with data center owners, utilities, EPCs, investors, and policymakers Who Should Attend: Hyperscale Data Center Operators, Colocation Data Center Providers, AI Infrastructure & Emerging Data Center Players, Utilities & Grid Operators, Independent Power Producers, Onsite Generation Providers, Microgrid & Control System Integrators, BESS & Energy Storage Companies, Power & Energy Technology Providers, Cooling & Thermal Management Suppliers, EPCs & Engineering Companies, Energy Investors, Industry Associations,etc. Why Attend: Master project economics, financing, and scaling from pilot to commercial deployment Gain actionable strategies for resilience, decarbonization, and cost control Connect face-to-face with the decision-makers shaping U.S. data center power For registration and sponsorship opportunities, contact: marketing@ecvinternational.com Follow us on LinkedIn: https://www.linkedin.com/showcase/american-data-center-private-power-forum-2027 Across two days in Houston, the forum will bring together technical, commercial, regulatory and investment perspectives around one critical question: How can America’s data centers secure the reliable power required for the AI era while managing cost, grid constraints, resilience and sustainability? Join industry leaders in Houston on February 24–25, 2027, and explore the strategies and technologies shaping the next generation of resilient data center power infrastructure in America. About the Organizer ECV International, established in 2010, is a leading organizer of high-end international conferences. With deep expertise in supply chain, sustainability, and carbon neutrality, ECV has served most Fortune 500 and Forbes 2000 companies. As the organizer of the American Data Center Private Power Forum 2027, ECV is committed to delivering a world-class platform for the data center power industry.En savoir plus