Triton digital twin transforms grid planning
National Grid and Atos launch Triton, a Digital Twin and visualisation tool that cuts network planning time by 70 % and maps future electricity demand.
National Grid and Atos launch Triton, a Digital Twin and visualisation tool that cuts network planning time by 70 % and maps future electricity demand.
Artificial intelligence is reshaping the future of power transmission with enhanced VSC-HVDC systems and smarter, faster, and more adaptive capabilities.
Neara’s Taco Engelaar says AI-enabled digital twins and stronger collaboration could reveal untapped potential in Europe’s electricity grids.
Eaton will collaborate with Autodesk to integrate digital twins and BIM tools, enabling smarter, more resilient and sustainable energy systems.
New agreement will power SK’s AI Data Centre in Ulsan with cutting-edge MEP tech and digital twin software for smarter, more efficient operations.
EG.D partners with Hexagon to deploy 3D LiDAR surveillance for improved safety and resilience of transformer substations amid rising energy infrastructure risks.
Siemens’ Gridscale X technology will power real-time grid simulation and support Trieste’s electrification and port decarbonisation.
These virtual replicas of physical systems offer real-time monitoring and predictive capabilities.
Distribution grid operators need to get their infrastructure ready for the energy transition and fast.
As the energy sector continues to evolve, this digital transformation of transformer substations represents a crucial step towards developing grids that are fit for the future, capable of handling the complexities of renewable energy integration, and meeting the changing demands of consumers.
As utilities worldwide grapple with similar challenges, the NVIDIA-SCE partnership serves as a model for leveraging AI to modernise power grids.
The traditional substation is a staple of the electrical grid, but it’s about to get a major upgrade.
Digital twins, real-time monitoring, and predictive analysis are transforming renewable energy grid operations.
Cloud-based tools enhanced with artificial intelligence could reduce construction delays.