Automotive supply chains will undergo a radical transformation over the next decade as the internal combustion engine is phased out in favour of alternative propulsion systems. Although it is not yet completely certain which type of technology will win the race to replace petrol or diesel engines, it is clear that electric vehicles will play an important, even defining, role in the industry’s future.
Ti’s Electric Vehicle Supply Chain Architecture report analyses the source of the materials used in this new supply chain; where value is added in the production process; where batteries are manufactured and assembled; and finally, how existing supply chains will be transformed.
➣ Analysis of the source of materials used in automotive supply chains and where value is added in the production process
➣ Information on where batteries are manufactured and assembled
➣ Insight into how existing supply chains will be transformed
➣ The trends and developments shaping the management of the battery supply chain
✅ Different characteristics of Battery v ICE
✅ Upstream: From raw materials to processing
✅ Downstream battery supply chains
✅ The market for automotive batteries
✅ The affect battery manufacturing processes are having on the automotive supply chain
✅ Analysis of the ‘propulsion platform’ in production engineering
✅How dominant are batteries in EV technology?
✅How will the switch to battery-powered propulsion change vehicle manufacturing?
✅Are vehicle manufacturers and LSPs prepared for the changes they will need to make?
✅Can logistics providers adapt to the new geographies of automotive manufacturing supply chains?