Briefly:
- The UK Atomic Energy Agency, Intel, Dell and the University of Cambridge will test and develop a fusion energy production system in the Metaverse.
- They use supercomputers with advanced predictive capabilities and AI technology to create digital twins of STEP (Spherical Tokamak for Energy Production) designs.
- Scientists and engineers then create an industrial metaverse of design.
The UK government plans to test and explore fusion energy in the Metaverse. The country’s Atomic Energy Agency (UKAEA) has teamed up with US tech giants Intel and Dell and the University of Cambridge to create a digital twin of the STEP (Spherical Tokamak for Energy Production) design.
The companies said they will leverage supercomputers with advanced predictive capabilities and AI technology to create robust designs in immersive, connected virtual environments and replicate those designs in the industrial metaverse.
Commenting on the partnership, Dr Rob Akers, Computing Program Director, UKAEA, said: “Exascale supercomputing and the arrival of the ‘AI era’ will ensure the UK fulfills its mission for STEP to connect fusion power. It’s an important and potentially transformative milestone that we can help achieve.” It will reach a national grid in the early 2040s. ”
According to Dr. Akers, the powerful technology will allow us to push the boundaries of STEP by building more robustness, flexibility and resilience into our designs.
The testing concept utilizes what the companies involved call exascale computing, a next-generation technology with supercomputers capable of performing up to 10 million calculations per second. is explained.
The UKAEA’s mission to bring clean fusion energy to the UK grid in the 2040s is very ambitious, according to Dr Paul Calleja, head of research and computing services at the University of Cambridge.
As such, “equally ambitious advanced computing and AI technologies are needed to facilitate virtual engineering efforts to create a full digital reality of power plants that can be developed and tested in silico,” said Calleja. I’m here.
The industrial metaverse allows engineers and designers to simulate complex designs in a virtual environment, greatly increasing their productivity and efficiency. A company can work with a colleague to test different designs in his 3D without wasting material.
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