Understand how lifecycle assessments (LCA) are used to evaluate the environmental impact of batteries across their lifecycle—from raw material extraction to manufacturing and use. Discover why LCAs are crucial for identifying opportunities to reduce emissions and improve sustainability in the rapidly growing battery sector.

Explore how supply chain decisions, including sourcing of raw materials and energy use during manufacturing, can significantly influence the overall carbon footprint of batteries. Learn how decarbonising supply chains can accelerate progress toward greener transportation.

Gain insights into cobalt’s role in creating high-energy-density batteries that enable longer ranges and lighter designs. Find out why cobalt-containing chemistries remain critical for advancing battery performance while addressing sustainability concerns.

Examine how material sourcing, manufacturing techniques, and energy usage are driving emissions reductions in both the battery and transportation industries. Learn about strategies for achieving net-zero goals in these interconnected sectors.

Delve into the design considerations shaping the future of electric vehicles, including the trade-offs between battery size, range, and weight. Discover how informed design choices can optimise resource use, improve vehicle efficiency, and align with long-term sustainability objectives.