Category: Battery Metals
This category covers Battery Metals News from across Australia — the wider basket of raw materials that go into batteries beyond lithium and nickel alone, which we cover in their own dedicated sections. If you’re after Battery Metals News Australia or the latest battery metals news on cobalt, graphite, manganese and vanadium, this page brings it all together in one place, updated every time we publish.
A modern lithium-ion battery is a genuinely complicated piece of chemistry, and no single metal defines it. Lithium and nickel get most of the public attention because they’re the largest-volume ingredients in many cathode chemistries, but cobalt, graphite, manganese and increasingly vanadium all play essential roles, whether inside an electric vehicle battery or in the grid-scale storage systems being built alongside wind and solar farms. This section is where we track the Australian side of that broader battery supply chain — the metals that don’t always make headlines on their own but are just as necessary to the energy transition as lithium is.
What We Cover in This Section
- Cobalt — typically produced in Australia as a byproduct of nickel mining, and a key ingredient in many high-energy-density battery cathodes.
- Graphite — the dominant material used in battery anodes, with a growing number of Australian exploration and development projects targeting both natural flake and synthetic graphite production.
- Manganese — long used in steelmaking, but increasingly relevant to battery chemistry as well, with Australia home to some of the largest manganese deposits in the world.
- Vanadium — a metal used both in steel alloying and in vanadium redox flow batteries, an emerging grid-scale storage technology distinct from lithium-ion.
- Company and ASX announcements — corporate news from Australian battery metals explorers and producers.
- Government policy and critical minerals strategy — how public policy is shaping investment in Australia’s battery metals supply chain.
- Regulatory, environmental and community news — approvals and community matters around battery metals projects.
Cobalt: A Byproduct With Outsized Importance
Very little of the world’s cobalt is mined as a primary target — most comes as a byproduct of either nickel or copper mining, and Australia is no exception. Several of the country’s nickel operations, particularly in Western Australia, recover cobalt alongside nickel during processing. Because a significant share of global cobalt supply has historically come from a single country in central Africa, battery manufacturers and governments alike have shown strong interest in diversifying supply, and Australian cobalt credits from nickel mining have become a more closely watched part of project economics than they once were.
Graphite: The Overlooked Anode Material
Every lithium-ion battery needs an anode, and graphite is by far the most common material used to build one. Australia has a growing number of graphite exploration and development projects, targeting the natural flake graphite that can be processed into the high-purity, spherical graphite form batteries require. This part of the sector is earlier-stage than Australia’s lithium or nickel industries, with more projects still working through feasibility and financing than are in full production, which means graphite news in this section often skews toward exploration results, studies and offtake discussions rather than production updates.
Manganese: An Old Industry With a New Use
Manganese mining in Australia predates the battery industry by decades — it’s a longstanding, essential ingredient in steelmaking, and Australia is home to some of the largest manganese deposits and operations in the world, including major production from the Northern Territory. What’s changed is that certain battery chemistries, including some lithium-ion cathode formulations, also use manganese, adding a new demand driver on top of the traditional steel market. We cover manganese through both lenses: its long-established role in steel, and its emerging role in batteries.
Vanadium: A Different Kind of Battery
Vanadium is a slightly different story to the other metals in this section, because its main battery-related use isn’t in lithium-ion cells at all. Vanadium redox flow batteries are a distinct grid-scale storage technology, well suited to storing large amounts of energy for long durations, which makes them attractive for firming renewable generation on electricity grids. Vanadium is also a long-established steel alloying additive, so Australian vanadium projects are often assessed against both the traditional steel market and the emerging flow battery and grid-storage market at the same time.
Why This Basket of Metals Matters
Governments and battery manufacturers have become increasingly focused on supply chain diversification and security, not just for lithium and nickel but across this whole basket of battery-relevant metals. Australia’s critical minerals strategy and related government support programs have specifically targeted cobalt, graphite, manganese and vanadium projects as part of a push to build a more complete, onshore battery materials supply chain rather than exporting raw ore or concentrate alone. We follow this policy angle alongside the operational and corporate news, because in this sector the two are unusually closely connected.
Who Reads Our Battery Metals Coverage
- Investors and shareholders in Australian cobalt, graphite, manganese and vanadium companies.
- People working in or supplying the battery materials and processing sector.
- Battery, EV and grid-storage industry analysts tracking the full raw materials supply chain.
- Policy watchers following Australia’s critical minerals and battery supply chain strategy.
- Students, researchers and journalists needing an accurate record of this developing sector.
Our Editorial Standards
Coverage in this section draws on ASX and market announcements, government policy documents and geological data, and on-the-record company statements, and we separate confirmed developments from company projections. Nothing published here is financial advice or a recommendation to buy, sell or hold any security; many battery metals companies are early-stage and carry significant technical and market risk, and anyone considering an investment should do independent research and speak with a licensed financial adviser. Our sourcing and corrections approach is set out in full on our editorial policy page.
Frequently Asked Questions
What’s the difference between this section and Lithium or Nickel Mining News?
This section focuses on the other metals that go into batteries and grid storage — cobalt, graphite, manganese and vanadium — while lithium and nickel each have their own dedicated category given their scale in Australia’s battery supply chain.
Why is graphite important for batteries?
Graphite is the primary material used in lithium-ion battery anodes, making it an essential component of virtually every EV and consumer electronics battery on the market today.
How often is this page updated?
Every article published under Battery Metals News appears in this section as soon as it’s live, so this page always reflects the latest battery metals news Australia has to offer.
Keep Following Battery Metals News
New stories are added to this section regularly. Bookmark this page, and browse our Lithium, Nickel and Critical Minerals categories for the rest of Australia’s battery and clean-energy supply chain coverage.