The automotive industry is currently experiencing a substantial transformation due to the anticipated surge in demand for electric vehicles (EVs) within the next decade. This move away from conventional petrol and diesel vehicles to battery electric vehicles (BEVs) has significant implications for automotive manufacturers globally. In light of global regulations advocating for the adoption of low-emission vehicles, companies must swiftly adapt to stay competitive in the evolving market.
GlobalData projects that global sales of BEVs will increase by more than 160% between 2023 and 2028. This heightened demand is propelled by factors such as the electrification of powertrains and an amplified emphasis on sustainability. With the European Commission expecting 13 million low-emission vehicles on the roads by 2025, there is a growing necessity for lithium-ion (Li-ion) batteries to power these EVs.
Presently, China dominates the production of EV batteries, accounting for around 80% of all Li-ion production globally. In response to this dependence on international supply chains, automotive manufacturers are exploring methods to bring battery production closer to their domestic operations. This necessitates a restructuring of conventional manufacturing processes, as the assembly of EVs involves not only the body, paint, and assembly shops but also a dedicated battery shop.
Nevertheless, this transition to EV production presents numerous challenges for the automotive industry, particularly in the realm of battery manufacturing. The industry lacks the experience in this area compared to traditional vehicle production, leading to a lack of established industry standards for manufacturing battery modules and packs. Furthermore, the high level of automation required for battery production facilities and the substantial weight difference between EVs and traditional vehicles present additional obstacles for manufacturers to overcome.
To address these challenges, automotive companies are turning to digital factory solutions to streamline their production planning and operations. These solutions, such as the NavVis VLX scanner and Digital Factory Solution, offer a comprehensive way to capture and manage spatial data of manufacturing facilities. Through the use of these technologies, manufacturers can enhance efficiency, reduce costs, and optimize their production processes to accommodate the demand for EVs.
NavVis technology provides remote access to comprehensive datasets that can be used for planning, maintenance, and shop floor management. This level of accessibility allows for increased collaboration and efficiency, ultimately leading to more precise facility design and reduced psychological workload for planners and engineers. As the automotive industry prepares for the future of EV production, digital factory solutions offer a tangible way to adapt to the changing market landscape.
In summary, the surge in EVs is redefining the automotive industry, prompting a fundamental shift in production methods and technologies. As the demand for low-emission vehicles continues to rise, automotive manufacturers must embrace innovative solutions to remain competitive in the evolving market. The integration of digital factory solutions offers a promising path forward, enabling companies to navigate the complexities of EV production while maintaining efficiency and profitability.
+ There are no comments
Add yours