Stratview projects $112.5B battery market

EV batteries are turning into a scale story, not a science-fair story. The new wrinkle is two fresh market forecasts landing almost back to back — Stratview Research says the EV battery market reaches $112.5 billion by 2032, while IDTechEx sees EV lithium-ion battery revenue hitting $320 billion by 2036. The exact numbers differ, but the direction is the same. Demand is still rising. The fight is shifting from “will EV batteries grow?” to “who can make the right batteries cheaply enough, fast enough?” ### What did Stratview actually project? Stratview’s forecast is pretty straightforward: the global EV battery market was worth $62.5 billion in 2024 and could reach $112.5 billion in 2032, which implies a 7.6% long-run CAGR. That is not a moonshot number. It is a steady industrial-growth number — the kind that tells you batteries are becoming core infrastructure for the auto business, not a niche bet. (stratviewresearch.com) ### Why do the numbers look different? Because these firms are measuring slightly different things. Stratview is talking about the EV battery market across 2024 to 2032. IDTechEx is talking specifically about EV lithium-ion battery revenue from 2026 to 2036, starting from a much larger base of $170 billion and rising to $320 billion at a 6.5% CAGR. Basically, these are not clean apples-to-apples forecasts. But they still rhyme: both point to a large market that keeps compounding rather than stalling out. (stratviewresearch.com) ### Why is growth still happening? Because EV sales keep pulling battery demand higher. The IEA’s 2025 outlook says electric vehicles remain the dominant source of battery demand, and a later IEA market note says EVs account for more than 70% of total lithium-ion battery deployment. So even if EV adoption grows unevenly by region, batteries still ride the biggest electrification wave in transport. (stratviewresearch.com) ### So is this just good news for CATL? Mostly, but not automatically. CATL is the world’s biggest battery maker, so a larger market should help. But scale alone is not the whole game anymore. Battery companies now have to win on chemistry mix, manufacturing cost, pack design, and where they build. The market can grow while margins still get squeezed. That is the catch. (iea.org) ### Why does chemistry matter so much? Because the battery market is no longer one-lane traffic. Lithium iron phosphate keeps gaining because it is cheaper and avoids nickel and cobalt. Sodium-ion is the wild card — less energy-dense, but potentially cheaper and easier on raw-material constraints. CATL just signed a 60 GWh sodium-ion deal with HyperStrong, which is a real signal that the chemistry is moving out of lab-talk and into commercial scale. (stratviewresearch.com) ### Where does recycling fit in? Recycling matters because a bigger battery market eventually creates a bigger retired-battery market. Stratview’s own recycling materials work points to a growing pipeline of end-of-life EV packs and says lithium-ion stays the dominant source. In plain English — if battery volumes keep climbing, recovering lithium, copper, cobalt, and other materials stops being optional and starts looking like supply-chain insurance. (pv-magazine.com) ### What should readers watch next? Watch prices, not just volumes. If battery costs keep falling, EV adoption gets easier and these forecasts look conservative. If trade barriers, regional policy shifts, or raw-material bottlenecks bite, growth can still happen but the winners change. The market is getting bigger either way. The real question now is who captures the value. ### Bottom line? These forecasts are less about one flashy number than about industrial momentum. (stratviewresearch.com) Batteries are becoming the bottleneck, the leverage point, and the prize in the EV race all at once.