What is AixEnergy
AixEnergy is a global exhibition and conference focused on the practical convergence of artificial intelligence and energy systems. It exists because AI has moved beyond software to become a large-scale industrial application — one that depends entirely on physical infrastructure and reliable energy supply
The event brings together data centre developers, energy producers, hyperscalers, grid operators, policymakers, regulators, investors, construction firms, cooling specialists, and technology providers — the full ecosystem required to design, power, and operate AI-ready infrastructure at scale.
What Makes It Different
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Not an AI conference
AIxEnergy is focused on physical infrastructure, energy systems, and capital deployment, not software or models.
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Not a traditional energy event
AIxEnergy is centred on the new demand class created by AI and data centres, not upstream hydrocarbons.
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Not a data centre expo
AIxEnergy addresses the full system: power sourcing, grid readiness, regulatory enablement, and sovereign strategy.
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Government intergrated
at AIxEnergy policymakers and regulators are participants, not afterthoughts. Their decisions on permitting, grid access, and power allocation determine project viability.
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Co-located with Gastech 2026
AIxEnergy is embedded within the world’s largest energy gathering, providing unmatched cross-sector access.
Who It Is For
AixEnergy serves the leaders whose decisions shape how AI and energy systems scale together
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Ministers and senior policymakers responsible for infrastructure and digital strategy
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CEOs and senior executives of hyperscalers, energy companies, and infrastructure developers
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Private equity, infrastructure funds, and sovereign wealth funds deploying capital
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Grid operators, utilities, and energy traders managing new demand profiles
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Technology providers delivering cooling, hardware, connectivity, and industrial AI solutions
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Engineering, construction, and EPC firms building next-generation facilities
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Startups with breakthrough approaches to power density, cooling efficiency, and modular deployment
