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Leapfrogged by the Future: AI and the Fragile Moats of Energy Innovation

Leapfrogged by the Future: AI and the Fragile Moats of Energy Innovation

In the old world of energy innovation, progress moved at the pace of cement. Technologies like combined-cycle turbines, HVDC transmission lines, and SCADA control systems matured over decades. Grid modernization meant steel in the ground and wires in the air. It was a world defined by inertia, not iteration. Today,

AI’s Future Depends on 100-Year-Old Dams

AI’s Future Depends on 100-Year-Old Dams

Embedding Intelligence into the Energy Fabric: AI/ML as a Defining Feature of 6G Networks

Embedding Intelligence into the Energy Fabric: AI/ML as a Defining Feature of 6G Networks

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 in Solar Forecasting and Reliability

AI in Solar Forecasting and Reliability

How AI is Rewiring the Brain of the Battery

How AI 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

Articles

Leapfrogged by the Future: AI and the Fragile Moats of Energy Innovation

Leapfrogged by the Future: AI and the Fragile Moats of Energy Innovation

In the old world of energy innovation, progress moved at the pace of cement. Technologies like combined-cycle turbines, HVDC transmission lines, and SCADA control systems matured over decades. Grid modernization meant steel in the ground and wires in the air. It was a world defined by inertia, not iteration. Today,

Embedding Intelligence into the Energy Fabric: AI/ML as a Defining Feature of 6G Networks

Embedding Intelligence into the Energy Fabric: AI/ML as a Defining Feature of 6G Networks

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 in Solar Forecasting and Reliability

AI in Solar Forecasting and Reliability

How AI is Rewiring the Brain of the Battery

How AI 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

Reports

The Five Convergences of AI & Energy

The Five Convergences of AI & Energy

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

Op-Eds

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