Palladium at $1,310 as market shifts from deficit to surplus on EV adoption

Palladium's transition from structural deficit to surplus marks a fundamental shift in the platinum group metals (PGM) market. After 12 consecutive years of deficit from 2012-2024, peaking at a 910,000-ounce shortfall in 2023, the market is now building inventory. The repricing has been brutal for long-only investors — palladium is down 38% from its 2025 average of $2,100/oz, and 55% below the 2023 peak of $2,900/oz.

The surplus is driven by demand destruction, not supply growth. Global automotive production, which consumes roughly 80% of palladium output, is undergoing a structural shift toward battery electric vehicles (BEVs). BEVs require no catalytic converters, eliminating palladium demand entirely per vehicle. In H1 2026, BEVs accounted for 24% of global new car sales, up from 18% in H1 2025. Europe led at 31% BEV share, followed by China at 28% and the US at 12%.

ICE (internal combustion engine) vehicle production — the addressable market for palladium — is declining at roughly 2.5% per year. Even with a slight increase in palladium loadings per vehicle to meet tightening Euro 7 and China 6 emissions standards, the volume decline is overwhelming the per-vehicle intensity increase. Metals Focus estimates total palladium auto demand fell 4% in 2025 and will fall another 5% in 2026.

On the supply side, Russia and South Africa dominate. Russia's Norilsk Nickel, which supplies approximately 40% of global palladium, reported H1 production of 1.2 million ounces, flat year-on-year despite sanctions-related logistical challenges. South African producers Anglo American Platinum and Impala Platinum reported combined H1 production of 920,000 ounces, down 3% due to the same structural constraints affecting platinum — power outages, labor costs, and declining ore grades.

Recycling supply is a growing factor. End-of-life catalytic converter recycling supplied 3.1 million ounces of palladium in 2025, or roughly 35% of total supply. This is a structural increase from 2019 levels of 2.2 million ounces, as vehicles from the 2005-2015 peak ICE production years reach end of life. Rising recycling rates act as a natural ceiling on palladium prices, because higher prices incentivize more recycling of scrap autocatalysts.

The scale of palladium's structural demand decline is best understood through the lens of BEV penetration curves. If global BEV market share reaches 35% by 2028 (the BloombergNEF base case), the addressable market for palladium autocatalysts would be roughly 62 million ICE vehicles annually, down from 86 million in 2023. Assuming constant palladium loading of 0.15 oz per ICE vehicle, that translates to demand destruction of 3.6 million ounces per year — more than the entire annual output of Norilsk Nickel, the world's largest palladium producer.

Hybrid electric vehicles (HEVs and PHEVs), which the industry sometimes cites as a transitional driver of palladium demand, provide only partial support. While HEVs do have internal combustion engines that require catalytic converters, the engines run less frequently and at lower temperatures, reducing catalyst degradation and allowing lower palladium loadings. The typical HEV uses roughly 60-70% of the palladium per vehicle compared to a pure ICE vehicle. With HEV market share stabilizing at roughly 12% of global sales, the palladium content of the hybrid fleet is a modest offset to the larger BEV-driven decline.

North America is the region to watch for palladium demand surprises. US ICE vehicle production has been more resilient than expected, running at 12.2 million units annually against pre-2025 forecasts of 11.5 million. The slower-than-expected transition to EVs in the US market reflects charging infrastructure bottlenecks, consumer range anxiety, and the political uncertainty around the Inflation Reduction Act's EV tax credits. If the US ICE vehicle fleet remains at 12+ million units through 2028, that supports roughly 1.8 million ounces of palladium demand that bearish forecasts had already written off.

Physical palladium investment demand has collapsed. In 2023-2024, investment demand (bars, coins, ETFs) absorbed roughly 400,000 ounces annually as investors bet on supply deficits. In 2026, net investment demand is negative — ETF holdings have declined 15% year-to-date as investors exit the market. The shift from investment buying to investment selling adds roughly 300,000 ounces of supply to the available market, compounding the surplus from declining automotive demand. This double negative — demand erosion plus investor liquidation — is the primary driver of the price decline from $2,100 to $1,310.

Recycling supply is the elastic variable that could either accelerate or slow the price correction. At current prices of $1,310/oz, the incentive to recover palladium from end-of-life catalytic converters remains strong — the metal value per converter is roughly $200-300. But if prices fall below $950/oz (Heraeus's lower bound), recovery rates could decline as the economics of recycling deteriorate. Below $800/oz, recycling would become uneconomical for many converters, removing roughly 500,000 ounces of secondary supply and creating a natural floor under prices.

The palladium leasing market reveals the depth of the current surplus. Lease rates have collapsed to 0.3% per annum from 4.5% in 2023, reflecting an abundance of available metal for lending. When lease rates are this low, it signals that holders of physical palladium are competing to lend it out because they can find no other use for it. For industrial buyers, low lease rates mean the cost of securing palladium through supply agreements should reflect the buyer's market — negotiate lower lease premiums in annual contracts.

China's palladium imports tell a cautionary tale about the pace of change in automotive markets. China imported 800,000 ounces of palladium in H1 2026, down 22% year-on-year. The decline reflects both the rapid adoption of BEVs in China (BEV share reached 35% of new car sales in Q2 2026) and a slowdown in overall automobile production as the Chinese economy grows at 4.3%. China was the growth story for palladium demand in 2010-2020; it is now the epicenter of demand destruction.

The nickel-cobalt-manganese battery chemistry shift is indirectly relevant to palladium demand. The battery industry's move toward lithium iron phosphate (LFP) cathodes reduces cobalt and nickel demand but has no direct effect on palladium. However, the broader message is the same: the automotive industry is engaged in a structural transformation away from technologies that require PGMs. Any technology that reduces the per-vehicle PGM content accelerates the structural decline in palladium demand.

For risk managers, the palladium market offers a textbook example of how long-term structural trends eventually overwhelm short-term supply constraints. Despite 12 consecutive years of deficits that depleted above-ground inventories by 8 million ounces, the market is now in surplus because demand declined faster than anyone projected. The lesson for procurement teams: always model the demand-side risk, not just the supply-side risk. A 2% per year decline in ICE vehicle production compounds into a 20% demand reduction over a decade.

The nickel-cobalt-manganese battery chemistry shift is indirectly relevant to palladium demand. The battery industry's move toward lithium iron phosphate (LFP) cathodes reduces cobalt and nickel demand but has no direct effect on palladium. However, the broader message is the same: the automotive industry is engaged in a structural transformation away from technologies that require PGMs. Any technology that reduces the per-vehicle PGM content accelerates the structural decline in palladium demand.

For risk managers, the palladium market offers a textbook example of how long-term structural trends eventually overwhelm short-term supply constraints. Despite 12 consecutive years of deficits that depleted above-ground inventories by 8 million ounces, the market is now in surplus because demand declined faster than anyone projected. The lesson for procurement teams: always model the demand-side risk, not just the supply-side risk. A 2% per year decline in ICE vehicle production compounds into a 20% demand reduction over a decade.

The physical palladium supply chain is concentrated in ways that create vulnerability. Russia's Norilsk Nickel ships palladium primarily through St. Petersburg, a Baltic port that is subject to increasing insurance and shipping cost surcharges. The alternative route via Vladivostok adds 25 days to delivery times and $15-20/oz in logistics costs. South African supply routes through Durban face congestion and infrastructure limitations. For buyers who need physical palladium for manufacturing, these logistical bottlenecks can create spot shortages even when the paper market is in surplus.

The US Inflation Reduction Act's 45X Manufacturing Tax Credit applies to qualifying palladium purchases for hydrogen fuel cell production, though the volume is currently small. If hydrogen fuel cell adoption accelerates beyond current projections, palladium could benefit from demand in catalytic reformers used to produce hydrogen from natural gas. Each large-scale steam methane reformer uses 15,000-25,000 ounces of palladium in its catalyst charge, with replacement cycles every 3-5 years. This is a niche but growing demand source.