The latest insights on artificial intelligence and machine learning in the Utilities industry
Japan's first commercial floating offshore wind project delivered power after nearly two decades of development. The Goto farm highlights the hurdles of pioneering new energy sectors without established infrastructure.
Daniel KenigsbergFebruary 19, 2026
Our comprehensive annual guide covering AI in the Utilities industry. Trends, case studies, and actionable strategies — free to download.
Insights on AI, machine learning, and software advances for utilities from the last 2 years.
Japan's first commercial floating offshore wind project delivered power after nearly two decades of development. The Goto farm highlights the hurdles of pioneering new energy sectors without established infrastructure.
As the power grid grows more complex and electricity use continues to rise, utilities are under more pressure than ever to keep everything running smoothly. One of the most significant shifts happenin
As the energy landscape evolves, new sources of electricity generation are expected to drive prices toward unprecedented lows. While this trend offers the promise of cheaper energy, it also presents s
With rising demand for reliability, efficiency, and cleaner energy, Artificial Intelligence (AI) is a powerful tool in meeting these challenges. AI can optimize grid management, predict equipment fail
AI continues to change the business landscape and understanding how to implement foundational models effectively is key for all Utilities. Explore how you can tailor these models for your specific nee
Artificial intelligence (AI) is transforming nearly every industry, including utilities, in the digital age. Larger utilities have already begun to leverage AI to streamline operations, enhance custom
In the utility sector's changing landscape, staying ahead of the curve means leveraging the latest technological advancements to make informed decisions. One of the most transformative technologi
The Utility industry is at the start of a technological revolution driven by the need for greater efficiency, reliability, and sustainability. As Utilities wrestle with aging infrastructure, increasin
A critical issue highlighting a significant gap in a Utility company's current risk management practices is comprehensive inspection reports with robust SCADA (Supervisory Control and Data Acquis
Since its inception, Utility companies have relied on rolling trucks (or horse-drawn carriages) to maintain and inspect all assets in their network. This practice helps identify which downed power lin
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