The dominant market narrative from 2018 to 2023 predicted steadily declining platinum group metal demand as battery electric vehicles displaced internal combustion engines. That forecast has failed on three fronts. EV adoption has moderated sharply from earlier projections; hybrids have emerged as the fastest-growing vehicle category; and tightening emissions regulations in Europe, China, and the US are increasing per-vehicle PGM loadings even as total engine counts decline.
Global new vehicle sales in 2025 broke down as approximately 55% internal combustion engines, 20% hybrids (including mild, full, and plug-in), and 25% battery electric. The 20% hybrid share — far higher than the 5–10% that most 2020-era forecasts predicted for this point — is structurally significant because hybrids increase PGM consumption relative to pure ICE vehicles. As Shree Kargutkar, Senior Portfolio Manager at Sprott Asset Management, explained: "Hybrid vehicles — because they have smaller engines and they run cooler — you've got to use more of the platinum and palladium in that auto catalyst." The net effect is 10–20% more platinum and palladium per vehicle.
The United States eliminated federal EV incentives in September 2025, further tilting consumer preference toward hybrids as a pragmatic middle ground. The European Union delayed its proposed 2035 combustion engine ban, extending the regulatory timeline for ICE and hybrid vehicles well into the 2030s. These policy shifts have provided automakers with a clear signal to invest in hybrid platforms for the medium term, securing platinum demand from the automotive sector — which accounts for over 80% of total PGM demand at current prices.
China's China 7 vehicle emissions standards, taking effect from 2026, are expected to meaningfully increase per-vehicle PGM loadings. The standards target stricter cold-start and real-world driving emissions, requiring more catalyst material in both ICE and hybrid exhaust systems. Given that China is the world's largest automotive market and a dominant force in hybrid production — domestic manufacturers like BYD have aggressively scaled hybrid platforms — the China 7 implementation directly supports platinum autocatalyst demand through the rest of the decade.
The global PGM catalysts market is valued at $39.6 billion in 2026 and is projected to reach $52.1 billion by 2033, growing at a CAGR of 4.0%, according to Persistence Market Research. Umicore signed a long-term supply agreement in 2024 with a Chinese automaker to supply advanced PGM catalysts for 5 million hybrid vehicles by 2026, requiring approximately 25 metric tons of palladium and rhodium — a tangible illustration of how the hybrid transition is already embedded in supply chain contracts.
WPIC data confirms that automotive platinum demand reached an eight-year high of approximately 3.24 million ounces in 2025, driven by hybrid production and substitution of platinum for palladium in gasoline catalysts — a trend known as "P GM substitution" that accelerated when palladium prices spiked above $3,000/oz in 2021–2022. While automotive demand is forecast to ease 2% in 2026 to 2.959 million ounces — reflecting some destocking normalization — this remains historically elevated and well above the trough levels that the pure-EV thesis had implied.
Industrial platinum demand is providing additional support. Q1 2026 industrial demand rose 41% year-on-year, led by glass sector expansion (up 83% forecast for full-year). The glass sector — which uses platinum in LCD display production and fibreglass manufacturing — is benefiting from capacity expansions in India and Southeast Asia. Hydrogen-related platinum demand from PEM electrolysers and fuel cells, while still a smaller component, is growing at approximately 28% annually and represents a meaningful long-term demand accelerant from 2027 onward.
The net effect of these converging demand drivers — hybrid vehicle proliferation, tighter emissions standards, PGM substitution, and industrial growth — is that platinum's demand base is more diversified and resilient than at any point in the last decade. Even with jewellery demand declining 12% in 2026 due to price sensitivity and ETF investment flows normalising, total platinum demand of 7.674 million ounces remains structurally above available mine supply of 5.551 million ounces. The deficit is not a cyclical anomaly; it is a structural condition reinforced by shifting automotive technology pathways.
For investors and procurement professionals, the hybrid-vehicle thesis offers a powerful counterweight to the bear case that has historically weighed on platinum valuations. Every percentage point of hybrid market share above 20% adds approximately 30,000–60,000 ounces of incremental platinum demand per year, based on typical PGM loading differentials. With major automakers including Toyota, Honda, Hyundai, BYD, and Stellantis all expanding hybrid line-ups through 2028, the trajectory strongly supports continued autocatalyst platinum consumption at or above current levels.
The hybrid vehicle surge rewrites the bear case that has historically capped platinum's valuation relative to gold and palladium. Automotive demand — which accounts for the majority of platinum consumption — is structurally supported by a technology mix that uses more PGMs per vehicle, not less. This creates a durable demand floor that underpins the structural deficit thesis. For volume buyers, the implication is clear: the next leg of the platinum bull market will be driven not by speculative flows but by genuine physical tightness rooted in automotive demand that the market has structurally underestimated. Scenario models should assume automotive demand stabilising at 2.9–3.0 million ounces per year through 2028, with upside risk from any further hybrid market share gains or acceleration in PGM substitution trends.