Production + Net Zero

A concise update on how AI and machine learning optimize solar, wind, oil, gas and nuclear operations, improve grid balance, and speed decarbonization.

How Norway’s abundant renewable power meets the soaring energy needs of AI data centers, and why renewable does not mean conflict-free.

As AI drives a projected surge in data center power needs, industry leaders point to a dual-track energy strategy combining hydrocarbons and renewables, with policy and investment to match.

How AI’s energy and water use ties to data center power sources, and practical steps for companies and users to cut emissions, water use and e waste.

XCF IP3 Southern and DevvStream back next-gen nuclear to power AI data centers, produce hydrogen, ammonia and SAF, and tap carbon credit markets for low-carbon growth.

How AI is transforming energy production and distribution: smart grids, renewables forecasting, predictive maintenance, and the infrastructure needed to deploy AI at scale.

How AI accelerates Australia’s wind expansion with smarter forecasting, turbine optimization, offshore wind and green hydrogen integration.

How AI is improving solar, wind and grid operations to speed the global transition to renewable energy. Practical examples and a forward outlook for industry.

BlackRock’s Christopher Kaminker outlines how AI-driven power demand is accelerating renewables, storage, nuclear interest, and new infrastructure investment themes.

Practical strategies for data centers to manage AI-driven electricity demand: onsite generation, grid flexibility, waste heat reuse, and how these moves protect long-term operating rights.