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The evolution of EV demand

Written by Gabriella Vagnini


The past four years: A surge in EV demand

Over the past four years, the electric vehicle (EV) market has witnessed unprecedented growth. In 2020, global EV sales were approximately 3 million units. By 2021, this number surged to around 6.6 million, doubling the previous year’s sales. This trend continued with 2022 and 2023 showing robust growth, with EV sales reaching around 10 million and 12 million units, respectively. Several factors contributed to this surge, including increased environmental awareness, government incentives, and advancements in battery technology. Major markets such as China, Europe, and the United States saw significant upticks in EV adoption, supported by stringent emission regulations and substantial investments in EV infrastructure.

The current landscape: A slowdown in growth

In 2024, however, the EV market has experienced a noticeable slowdown. While sales are still increasing, the growth rate has decelerated. Analysts attribute this to several factors: supply chain disruptions, economic uncertainties, and a saturation of early adopters. The global economic slowdown has affected consumer spending power, and the high costs of raw materials have impacted EV production and pricing.

Impact on copper demand

Copper is a critical component in EVs, used extensively in electric motors, batteries, inverters, and wiring. The average EV uses about four times more copper than a conventional internal combustion engine vehicle. Thus, the slowdown in EV growth directly impacts copper demand.

Current implications:

  1. Supply chain adjustments: Copper producers and suppliers are recalibrating their forecasts and adjusting supply chains to avoid overproduction.
  2. Price fluctuations: Copper prices, which saw a steady increase due to rising EV demand, are now experiencing volatility. The slowdown in EV growth has tempered some of the speculative enthusiasm, leading to a more stabilized market, albeit with periodic fluctuations.
  3. Stockpile management: Companies are reevaluating their stockpile strategies, balancing between maintaining sufficient inventory for expected demand and avoiding excessive overstocking.

Impact on the recycled metals industry

The recycled metals industry, which plays a pivotal role in the metals supply chain, is also feeling the ripple effects of the EV market’s slowdown. Scrap metal, particularly recycled copper, has been a crucial component in meeting the demand for EV production.

Specific effects:

  1. Reduced scrap demand: With a slowdown in new EV production, the demand for recycled copper has also decreased. This has led to a surplus in scrap yards and a potential decline in scrap prices.
  2. Operational adjustments: Scrap yards may need to adjust their operations, focusing more on cost efficiency and diversifying their customer base to mitigate the impact of reduced EV-related demand.
  3. Export market: For regions heavily involved in exporting scrap metals, the reduced demand from EV manufacturers could lead to a need to explore new markets or increase domestic recycling efforts.

Future outlook: A year or two ahead

Looking ahead, the next year or two will be critical for both the copper and scrap industries. Here’s what to expect:

  1. Technological advancements:
    • Continuous improvements in EV technology, especially in battery efficiency and alternative materials, could reignite growth in the EV market.
      • Innovations in recycling technology might enhance the efficiency and profitability of the scrap industry, making it more resilient to demand fluctuations.
  2. Policy interventions:
    • Governments worldwide are likely to introduce new policies and incentives to support EV adoption and green technologies. These interventions could stabilize and potentially boost demand for both new and recycled copper. Environmental regulations may also drive increased recycling efforts, providing a buffer for the scrap industry against fluctuating demand.
  3. Market diversification:
    • Copper producers and scrap yards may explore diversification strategies to reduce dependency on the EV market. This could involve targeting other emerging technologies or expanding into different geographical markets.
    • Collaboration between the primary and secondary (scrap) metal industries might lead to more integrated supply chains, enhancing overall market stability.
  4. Economic recovery:
    • A broader economic recovery would likely boost consumer confidence and spending, indirectly supporting renewed growth in the EV market.
    • As the global economy stabilizes, investment in infrastructure and green technologies could see a resurgence, further driving demand for metals like copper.

Conclusion

The EV market’s slowdown presents challenges but also opportunities for the recycled metals industries. Strategic adjustments, technological advancements, and policy support will be key to navigating this period of uncertainty. By staying adaptable and forward-thinking, the metals industry can weather these fluctuations and emerge stronger in the coming years.

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