Scania Publishes Life Cycle Assessment of Battery Electric Vehicles
Scania has released a life cycle assessment (LCA) for its battery electric distribution vehicles, making it the first player in the heavy commercial vehicle industry to do so. The study concludes that the environmental impact of battery electric vehicles is significantly lower than that of internal combustion engine vehicles.
Scania, a manufacturer of heavy commercial vehicles, has published a comprehensive life cycle assessment (LCA) of its battery electric distribution trucks. The study finds that the overall environmental impact of battery electric vehicles (BEVs) is considerably lower compared to traditional internal combustion engine (ICE) vehicles over their entire lifespan.
The LCA methodology, which covers the product's entire life cycle from raw material extraction and production to use and recovery, identified that BEVs have a higher initial environmental burden, largely due to the energy-intensive manufacturing of batteries. However, this is significantly offset by the substantially lower carbon emissions during the use phase.
According to the report, for trucks operating in the EU, life cycle carbon emissions can be reduced by 38% to 63%, depending on the electricity mix used. When powered by green electricity, the reduction can reach as high as 86%. Scania anticipates that the total cost of operation for BEVs will become favorable for most customers within the current decade.
The company emphasizes the importance of strategic partnerships in achieving its emission reduction targets. Collaborations, such as the one with Northvolt aiming to produce the world's greenest battery, and with H2 Green Steel to decarbonize steel production, are crucial for Scania's ambition to deliver fully zero-emission trucks by 2030.