World’s biggest cobalt miner is gloomy on the EV metal’s future
The landscape of electric vehicle (EV) batteries is undergoing a significant transition, largely driven by the increasing popularity of cobalt-free lithium iron phosphate (LFP) batteries. This shift not only reflects changing manufacturing preferences but also a broader strategy to reduce dependence on cobalt, a metal associated with significant supply chain challenges and ethical concerns. Below, we explore the trajectory of cobalt’s role in battery technology, the dynamics of the mining industry, and the implications for battery manufacturers and electric vehicle production.
### The Rise of LFP Batteries
LFP batteries have seen a surge in adoption primarily because they are cheaper to produce than their cobalt-containing counterparts. Recent forecasts by CRU Group highlight that the percentage of EV batteries in China containing cobalt is expected to decline from 44% in 2022 to just 31% by 2024. This trend signals a pivotal change in how manufacturers are approaching battery chemistry, aiming for cost-effectiveness while balancing performance and sustainability.
Zhou Xing, a representative from CMOC (China Molybdenum Co.), expresses an optimistic outlook on the diminishing reliance on cobalt. “Cobalt is far less important than imagined,” he stated, suggesting that the future may see cobalt’s inclusion in batteries drop to below 10%. This perspective aligns with the industry’s increasing focus on alternative materials, which are not only more economically viable but also promote ethical sourcing practices.
### Cobalt’s Market Dynamics
The current perspective on cobalt is heavily influenced by supply fluctuations and market saturation, particularly due to increased output from CMOC’s substantial copper-cobalt mines in the Democratic Republic of Congo (DRC). The firm has exceeded its production targets, leading to a surplus that has driven cobalt prices to their lowest since 2016. This overproduction presents a paradox: while it enables manufacturers to procure cobalt at lower prices, it concurrently affects profit margins due to falling commodity values.
Adding a contrasting angle, Glencore, once the leading supplier of cobalt, has reduced output from its Mutanda mine in the DRC, creating a complex dynamic in the competitive landscape of cobalt supply. As companies pivot from traditional mining strategies, it highlights the volatility and unpredictability in the market.
### Forward-Looking Insights
“New, cheap metal refining capacities have emerged in China and Indonesia, leading to a bearish outlook for cobalt next year,” warns Thomas Matthews, a battery materials analyst at CRU. Price dips are anticipated to continue, with analysts suggesting that recovery could take years. This forecast underscores the challenge facing CMOC and other cobalt producers: balancing production with market demand while adapting to the emergence of new refining technologies.
CMOC is proactively addressing these challenges by forging strategic partnerships, notably with Contemporary Amperex Technology Co., Ltd. (CATL), the world’s leading battery manufacturer and now CMOC’s second-largest shareholder. This collaboration not only secures a dependable supply of cobalt but also helps CATL maneuver effectively within a saturated market, ensuring they can meet customer demand adequately. However, CATL is also investing in LFP technology, reinforcing the trend toward cobalt-free batteries.
### Conclusion
As the automotive industry strides toward electrification, the evolution in battery technology is pivotal. The shift towards LFP batteries underscores a significant movement away from cobalt reliance, driven by cost considerations and ethical sourcing challenges. While cobalt will likely continue to play a role in niche applications, the future landscape points towards a diversification of materials in battery production. Ultimately, this transformation not only impacts manufacturers like CMOC and CATL but also represents a broader commitment to sustainable practices and innovations in the ever-evolving field of electric mobility.