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The Algorithm and the Turbine: How AI Re-Engineers Wind Power Performance

The Algorithm and the Turbine: How AI Re-Engineers Wind Power Performance

AI-driven platforms have transformed wind farms into intelligent systems that predict turbine failures, optimize performance, and strategically bid energy, boosting reliability and reducing costs across operations and markets.

AI in Solar Forecasting and Reliability

AI in Solar Forecasting and Reliability

How Artificial Intelligence is Rewiring the Brain of the Battery

How Artificial Intelligence is Rewiring the Brain of the Battery

The Megawatt Mirror: How Data Center Finance Is Rewiring the Energy Landscape

The Megawatt Mirror: How Data Center Finance Is Rewiring the Energy Landscape

The Grid Behind the Algorithm: Reviewing the DOE’s Case for AI-Driven Infrastructure Reform

The Grid Behind the Algorithm: Reviewing the DOE’s Case for AI-Driven Infrastructure Reform

Infrastructure at a Crossroads: Aligning U.S. Energy Policy with the Demands of AI Innovation

Infrastructure at a Crossroads: Aligning U.S. Energy Policy with the Demands of AI Innovation

Let the States Speak: Why AI Governance Should Remain a Shared Responsibility

Let the States Speak: Why AI Governance Should Remain a Shared Responsibility

Article

The Algorithm and the Turbine: How AI Re-Engineers Wind Power Performance

The Algorithm and the Turbine: How AI Re-Engineers Wind Power Performance

AI-driven platforms have transformed wind farms into intelligent systems that predict turbine failures, optimize performance, and strategically bid energy, boosting reliability and reducing costs across operations and markets.

AI in Solar Forecasting and Reliability

AI in Solar Forecasting and Reliability

The Megawatt Mirror: How Data Center Finance Is Rewiring the Energy Landscape

The Megawatt Mirror: How Data Center Finance Is Rewiring the Energy Landscape

The Billion-Dollar Brain: How Silicon Valley’s AI Arms Race Is Reshaping the Power Grid

The Billion-Dollar Brain: How Silicon Valley’s AI Arms Race Is Reshaping the Power Grid

AIxEnergy Convergence Map: Technologies, Companies, Deployments, and Capital Flows

AIxEnergy Convergence Map: Technologies, Companies, Deployments, and Capital Flows

The Power Beneath the Code: How AI and Data Centers Are Rewiring Global Energy Investment

The Power Beneath the Code: How AI and Data Centers Are Rewiring Global Energy Investment

AI’s Electric Empire: Sectoral Load Growth and the Grid Divide

AI’s Electric Empire: Sectoral Load Growth and the Grid Divide

Report

The Intelligence Convergence

The Intelligence Convergence

AI and Energy Infrastructure: Five Trends Shaping U.S. Power in 2025

AI and Energy Infrastructure: Five Trends Shaping U.S. Power in 2025

Artificial Intelligence and U.S. Electricity Demand: Trends and Outlook to 2040

Artificial Intelligence and U.S. Electricity Demand: Trends and Outlook to 2040

Opinion

Infrastructure at a Crossroads: Aligning U.S. Energy Policy with the Demands of AI Innovation

Infrastructure at a Crossroads: Aligning U.S. Energy Policy with the Demands of AI Innovation

As artificial intelligence (AI) systems grow in power and influence, so too does the infrastructure required to support them. From training frontier models to powering hyperscale data centers, AI's physical footprint is expanding rapidly—and it depends on abundant, affordable, and increasingly clean energy. On July 3rd, Congress

Let the States Speak: Why AI Governance Should Remain a Shared Responsibility

Let the States Speak: Why AI Governance Should Remain a Shared Responsibility