Investing in Battery Technology 2026

As the world is shifting away from carbon-based energy toward renewable energy, new investment opportunities are emerging alongside advancements in battery technology. The Electric Vehicle (EV) revolution is a key part of this energy transition, igniting significant investor interest in the metals that make the production of so-called lithium-ion batteries possible.

Lithium-ion (Li-ion) batteries are used in many products such as electronics, toys, wireless headphones, handheld power tools, small and large appliances, electric vehicles and electrical energy storage systems. Investing in battery technology is a way to get exposure to the green transition, and adding a battery investment to a portfolio can have multiple benefits.

Several metals are crucial for the production of electric vehicle batteries. They will likely benefit from a structural shift in demand, providing a solid investment case for years to come. Pursuing an investment strategy that invests in battery technology through these metals could be very lucrative in the longer term.

Lithium, cobalt, graphite, vanadium and manganese are common metals in EV battery production. Investing in companies mining these metals gives the investor the exposure required to benefit from the surging global demand for lithium-ion batteries. Below are examples of metals that are crucial for EV battery production.

- Lithium: The metal has seen a skyrocketing popularity in recent years due to its role in lithium-ion batteries. China is a rising force in lithium production, but the most accessible investment opportunities lie within dominant players outside of Asia. Learn more about investing in Lithium here.

- Cobalt: Cobalt, mostly mined as a by-product of copper and nickel, has also risen in popularity lately due to its role in lithium-ion batteries. This metal has been in a lot of conflict since it is often mined in difficult jurisdictions, such as The Democratic Republic of Congo. This makes it even more important to do thorough ESG research before investing.

- Graphite: As the only non-metal element that is a good conductor of electricity, it can be used in lithium-ion batteries, as well as in nuclear reactors and the refractory and steel industries. Most graphite mining companies are in China and often privately owned or only listed on Asian exchanges, making it difficult for investors to access them.

- Vanadium: vanadium redox batteries are currently generating excitement because they are reusable over semi-infinite cycles and do not degrade for at least 20 years, allowing energy storage systems the ability to bank renewable energy. However, these batteries are quite large compared to lithium-ion batteries and are better suited for industrial or commercial use than for use in electric vehicles.

- Manganese: Manganese contributes to certain lithium-ion battery chemistries, such as lithium-manganese oxide batteries. As such, hopes are high that demand for the commodity will rise in line with others that contribute to new energy sources.

Investing in areas such as battery technology also comes with a responsibility since metal mining significantly impacts our environment. Since certain metals are needed for the green transformation, the mining companies must work sustainably. Trending topics within this area are socially responsible investing and ESG investment funds, which can help to promote change within the mining sector. Examples of funds that promote change with regards to ESG are AuAg Silver Bullet, AuAg Precious Core and AuAg Gold Rush.

There are multiple benefits, but also risks involved, with investing in battery technology.

Some of the benefits are:

• The investor gets exposure to a strong underlying trend benefiting from the sustainable investment theme.
• Battery investments will be a crucial part of the transition from fossil fuels to renewable energy sources, hence making it an important investment supporting the green transition.
• More investments towards this area will speed up the development of battery technology, and hence enable the transformation to a green world.

Some of the risks involved are:

• The risk of investing in the wrong company, or technology. New technology is always risky, and investing in the wrong company can result in losing money.
• There is also a market risk with investing, which means that the market overall can go up and down as a result of the current market conditions.

• AuAg Funds offers funds that focus on providing exposure to precious metals and elements green tech elements. What they have in common is that these elements offer protection against monetary inflation and are necessary the electrification of society – two trends that are highly topical today.
• By investing in battery technology via AuAg Funds, the investor gets exposure to the metals needed for electric vehicle batteries – a central part of the green energy transition.
• AuAg's funds fit well into a portfolio of traditional assets as they have low correlation with equities in particular.
• AuAg offers exposure to green technology companies through the fund AuAg Precious Core. The fund has 60 percent of the fund’s exposure to green tech companies divided into four sub-strategies; production of clean energy, reduced energy consumption, energy storage/power and extraction of the elements needed for the green transition. Within the energy storage/power strategy, the fund gives exposure towards companies that create batteries. The sub-strategy focused on the extraction of the elements needed for Green­Tech solutions includes the companies that extract the metals needed for batteries, such as copper and lithium. AuAg Precious Core is an alternative for investors who want exposure towards a battery investment.
• Investors can also access a broader portfolio of mining companies that mine both industrial and technology metals through AuAg Essential Metals.