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As energy systems change at an unprecedented pace, businesses and grid operators are confronted with new pressures and prospects. From the rapid adoption of AI and electric vehicles to the increasing impact of extreme weather events, the demands on electricity networks are more complex.
For energy operators, investors, and consumers alike, understanding these shifts is key to staying ahead in a rapidly digital and electrified world. GridBeyond’s latest report, Global Energy Trends 2026: Caught in the Crosswinds, dives deep into these trends and their implications for the evolving energy landscape.
Digital demand and AI are driving new energy challenges
GridBeyond has released the sixth edition of its flagship report, outlining the forces expected to shape the global energy transition this year. The research highlights the growing influence of digitalisation, extreme weather, and political shifts on energy systems worldwide.
According to the report, the rapid growth of AI computing, data centres, electric vehicles (EVs), heat pumps, and smart devices collectively fueled a surge in electricity demand in 2025.
“This rising ‘digital load,’ driven mostly by data centres, is rapidly becoming the core engine of growth in power demand,” the report states, noting that electricity consumption from AI-optimised data centres is projected to more than quadruple by 2030.
Michael Phelan, CEO of GridBeyond, commented: “Flexibility will continue to grow in importance as operators work to balance intermittent renewables, manage surging demand, and maintain grid resilience. This edition captures the challenges ahead and highlights the opportunities for those ready to lead.”
Energy flexibility remains a key trend
The report underscores energy flexibility as a central trend, reflecting the increasing need to balance intermittent renewables, manage surging demand, and maintain grid stability. GridBeyond’s research points to the rising relevance of AI and process optimisation in helping operators integrate diverse technologies and optimise performance.
The report also identifies hyperscale data centres, once planned as isolated projects, as now forming clustered, grid-dominating ecosystems. This shift has significant implications for capacity planning and grid management, with stressed grids already feeling the effects in the form of delayed connections.
Political shifts and extreme weather influence energy systems
Beyond technological drivers, the report highlights the impact of political changes in major economies and the growing frequency of extreme weather events. According to the analysis, these developments, combined with a rise in distributed energy demand where consumers actively participate in energy systems, are reshaping how operators plan and manage electricity supply.
“This year’s report reflects the depth of analysis, innovation, and ambition our teams bring to understanding an energy system that is evolving faster than ever,” Phelan added.
“This edition captures the challenges ahead and highlights the opportunities for those ready to lead.”
Opportunities for businesses and grid operators
GridBeyond emphasised that the research serves as a guide for operators, businesses, and investors to understand emerging challenges while identifying opportunities in an energy landscape shaped by AI, electrification, and dynamic consumer participation.
To access the full Global Energy Trends 2026: Caught in the Crosswinds report and learn how GridBeyond is helping operators, businesses, and investors navigate a rapidly evolving energy landscape, visit GridBeyond’s website.
This article contains information provided by GridBeyond and is intended for general use only. It does not take into account your personal, professional, or business circumstances. Please seek professional advice and review the product’s terms and conditions before making any decisions.
