IRENA identifies five key areas in which digital technologies can transform power systems: monitoring through smart sensors and metres; AI-enhanced forecasting for demand and renewable generation; operational optimization to reduce losses and congestion; end-use automation for demand. IRENA identifies five key areas in which digital technologies can transform power systems: monitoring through smart sensors and metres; AI-enhanced forecasting for demand and renewable generation; operational optimization to reduce losses and congestion; end-use automation for demand. Imagine a city where every rooftop generates electricity, every battery communicates seamlessly with the grid, and algorithms make split-second decisions on how energy is distributed most efficiently. A digital neural system made of data spaces, AI, and cyber resilience that enables net-zero and. FIDE, or Foundation for Interoperability in Digital Economy (fide. org), is a not-for-profit organisation that fosters an open, inclusive, decentralised and fair digital economy through interoperable open standards and architecture. FIDE achieves this by promoting innovation and co-creation among. The European Commission has taken a significant step to address the impact of digital technologies on the energy sector. The. The agency's Digitalisation and AI for Power System Transformation report, which it developed together with the G7 Presidency, says that the COP28 goal of tripling renewable energy capacity by 2030 can be "catalyzed by digitalization". With many countries recognizing digitalization as a strategic. Digital and energy infrastructure are fuelling important progress. Integrating them can maximize the benefits.
