Electrification Metals ETFs: Tactical Bet on a Secular Transformation

As the global economy decarbonizes, the massive demand for renewable energy, electrification and battery storage will require an estimated $130 trillion in new investment over the next three decades. The scale is staggering.

According to the Energy Information Administration, there will be 672 million electric vehicles on the road by 2050, rising from 0.7% today to 31% of the world’s total fleet of light vehicles.

Electrification metals exchange-traded funds lean into this story of historical change—one that is now actively supported by every government of the developed world—while remaining purely agnostic on which manufacturers will achieve dominance. We’ve seen three launching in this space over the past year and there are several factors to consider for investors interested in these names.

Unlike the more pervasive battery tech ETFs, they are not focused on the equities of car, tech or mining companies. They avoid the Tesla versus Lucid Motors brand contests and focus instead on those underlying metals that are at the heart of energy revolution.

Rising Demand

An EV uses six times more minerals than a gas-powered car—lots of copper for electrification and lots of lithium, nickel, cobalt and aluminum for its batteries. According to BloombergNEF estimates, the demand for these elements is expected to increase 500% by 2050, while the price paid for lithium and copper is expected to reach seven times and 5.5 times today’s market value, respectively.

“The data shows a looming mismatch between the world’s strengthened climate ambitions and the availability of critical minerals that are essential to realizing those ambitions,” according to Fatih Birol, an executive director of the International Energy Agency. Over the next five years, the supply constraints will be tangible.

The whole thing sounds like a “can’t lose” investment thesis, and we can expect to see many launches in this nascent sector, particularly with its appealing long-term prospects.

But retail investors might prefer the nimbleness of an actively managed fund when hunting in this space. After all, this is the commodity sector, one where very high volatility, near-term recession fears, and the ever-evolving revisions within battery design will inevitably play out within this broader megatrend.

Electrification Metals at Work

Before delving into the ETFs themselves, let’s explore which resources are in high demand and how they operate at the center of present-day EV battery chemistry.

 

 

EV batteries are charged and discharged by a flow of lithium ions between a graphite-containing anode and a typical “nickel-cobalt-manganese” cathode. These cathodes need nickel to deliver high energy—allowing the vehicle to travel further—and use cobalt to extend battery life and ensure the cathodes themselves don’t catch fire. The majority of U.S. and European EV batteries have a cathode containing 10-20% cobalt.