China’s success results from its large domestic battery demand, 72 GWh, and control of 80 percent of the world’s raw material refining, 77 percent of the world’s cell capacity and 60 percent of the world’s component manufacturing, according to data from BNEF.
In 2020, Japan and Korea rank number two and three respectively. While both countries are leaders in battery and components manufacturing, they do not have the same influence in raw materials refining and mining as China. What they lack in the control of the raw materials supply chain, they make-up for in higher environmental and RII (regulations, innovation & infrastructure) scores compared to China.
BNEF’s lithium-ion battery supply chain ranking provides a snapshot of a country’s position in 2020 and where it will place in 2025, based on its current development trajectory. The work ranks countries across five key themes related to the supply chain: raw materials, cell & component manufacturing, environment, RII and end demand (across electric vehicles and stationary storage). The five key themes were given equal weightings in the overall ranking.
As EV demand grows there is an increasing need for cell manufacturing facilities close to automotive production. This has led to a boom in European cell plants, and the rest of the supply chain is also slowly making its way to Europe. The growing industry within the region and Europe’s strong environmental credentials helped five European countries place in the top ten ranking for 2020.
BNEF's 2025 rankings are based on a country’s current trajectory, but if a country enacts targeted policy and regulations there is ample time to improve their position. The US languishes in sixth place in 2020 but the upcoming presidential election could change things. If the US were to increase its investment in raw materials and promote EV adoption, it could overtake Japan and China to be number one in 2025. In contrast, the UK could see its position in the rankings fall in 2025 if it becomes unable to access the large demand in continental Europe, which, at 152GWh, will be around five times the size of its domestic market.
Sustainability and carbon emissions associated with the supply chain are of growing importance. Making sure that the electricity used in material processing and cell manufacturing is low-carbon is vital. France performed best in the environmental category, helped by its electricity grids low carbon emissions factor, at 28gCO2/kWh in 2019. The introduction of carbon border taxes as proposed by the European Commission and Joe Biden, the US Democratic presidential candidate, could give regions or countries leverage to secure localized supply chains.
“China’s dominance of the industry is to be expected given its huge investments and the policies the country has implemented over the past decade” said James Frith, BNEF’s head of energy storage. “Chinese manufacturers, like CATL, have come from nothing to being world-leading in less than 10 years. The next decade will be particularly interesting as Europe and the US try to create their own battery champions to challenge Asian incumbents who are already building capacity in both places. While Europe is launching initiatives to capture more of the raw material value chain, the US is slower to react on this.”
Sophie Lu, head of metals and mining at BloombergNEF, added that a key concern of many raw materials producing countries is how to leverage resource wealth into more value-add, and attract further downstream investments, like battery manufacturing and that key distinguishing factors are the environmental footprint of industry, the availability of cheap but clean electricity, a technically skilled labour force, and incentives driving battery demand. These factors may be more important than a monopoly on one specific critical metal.
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