IRENA: AI Accelerates Power System Evolution
The International Renewable Energy Agency (IRENA) highlights the transformative impact of artificial intelligence and digital technologies on global power systems. These tools are significantly reducing costs, improving cybersecurity, and facilitating higher integration of renewable energy sources. The report identifies five key areas where AI drives change: monitoring, forecasting, operational optimization, end-use automation, and transparency. Notably, forecasting and operational optimization are directly enhancing the management of advanced energy storage systems by optimizing charge and discharge cycles and ensuring grid stability.
Policy Pathways for a Digital Energy Future
In alignment with G7 recommendations, targeted policy measures are essential to support AI-driven energy storage and grid modernization. Strategic investment in data infrastructure and cybersecurity lays a foundation for secure, efficient energy systems. Addressing the digital skills gap through education and workforce development programs empowers professionals to implement and manage sophisticated AI applications. Moreover, fostering cross-sector collaboration among government, industry, and academia accelerates innovation and deployment of AI-enabled solutions in energy storage and grid management.
Integrating AI for Resilient Storage and Grids
Integrating digital technologies from the design phase of power systems increases their adaptability and resilience. AI’s role becomes indispensable as electricity demand and the share of renewable energy sources grow. Advanced energy storage technologies benefit from AI’s ability to manage complex patterns of supply and demand, enhancing system reliability while reducing operational costs. Moving forward, commitment to embedding AI and digital tools in energy infrastructure is central to sustaining grid performance and supporting the ongoing energy transition globally.
