BMW has taken a significant step towards exploiting the vast potential of the metaverse for large manufacturing projects, by creating a digital version of its forthcoming electric vehicle (EV) plant in Hungary. The German automaker has developed a so-called “digital twin” of the facility, which enables full-scale testing in a virtual environment. This enables the identification and resolution of potential issues with the factory, from validating the assembly process to optimizing floor layouts, before their physical counterparts are constructed.
Unveiled on March 21, the project has allowed BMW to begin production of virtual EVs at a simulation of its €2bn plant in Debrecen, which is currently under construction. The plant is scheduled to become fully operational in 2025, with the first Neue Klasse EVs being produced. While companies in the automotive, aerospace, and energy sectors have used digital twins of individual products for some time, a sophisticated ecosystem like BMW’s that can simulate an entire functioning facility and enable interoperability between various digital twins, applications, and 3D worlds was not possible before the advent of the metaverse.
The deployment of this technology has enabled BMW to establish an industry benchmark for the use of the metaverse in industrial applications. By leveraging this innovative digital tool, the company is able to optimize its manufacturing processes, enhance efficiency, and reduce the risks associated with physical construction. The digital twin of the EV plant in Hungary is a groundbreaking example of how the metaverse can be harnessed to create value in large-scale manufacturing projects, heralding a new era of innovation and productivity.
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“BMW Pioneers Industrial Metaverse with Digital Twin of EV Plant.