Copper Market Shifts Structural as AI Demand and Supply Deficits Tighten Outlook China remains the anchor of global copper demand, but its role is evolving. In previous cycles, higher prices often triggered a familiar response: weaker domestic consumption and increased refined exports from Chinese smelters. This time, that elasticity appears lower. Grid investment, property stabilization efforts and industrial policy are keeping demand more resilient, even at elevated prices. That reduces the likelihood of China acting as a swing exporter and instead positions it as a steady absorber of supply. The key signal is whether infrastructure and energy investment translate into sustained physical demand rather than inventory accumulation. If it does, the usual supply relief mechanism may not materialize. New demand drivers are layering onto the existing demand structure. Data centres expansion linked to AI and high-performance computing is emerging as a non-traditional but fast-growing source of copper demand. Forecasts suggest around 475kt of demand in 2026, up roughly 110kt year-on-year. While still small relative to total demand, its growth is rapid and geographically concentrated, tightening regional supply conditions. At the same time, electrification continues to scale. Electric vehicles require two to four times more copper than internal combustion engines, while renewable energy systems and grid upgrades are structurally copper-intensive. These trends are not sensitive to short-term price movements; they are policy-driven and capital-intensive, making demand more persistent. Supply constraints remain the limiting factor in the market. The International Copper Study Group projects a refined copper deficit of around 150,000 tonnes in 2026, reflecting ongoing constraints.#renewable_energy #electric_vehicles #china #international_copper_study_group #data_centres
Corporate Fleets as the Key to Electrifying Europe Corporate fleets could play a pivotal role in accelerating the adoption of electric vehicles (EVs) across Europe, according to a report by EY. The study highlights that transitioning company vehicles—ranging from cars to delivery vans and trucks—could significantly reduce emissions while delivering substantial economic benefits. With fleets already dominating Europe’s vehicle market, accounting for approximately 60% of new car sales and over 70% of new-car CO₂ emissions, electrifying these fleets could drive faster decarbonization of road transport compared to focusing solely on private car buyers. The report estimates that shifting corporate fleets to electric vehicles could generate €246 billion in operating cost savings by 2030, primarily due to lower fuel and maintenance expenses. Electrification could also replace 85–95 billion litres of diesel with electricity, cutting fuel costs by up to €140 billion while avoiding around one billion tonnes of CO₂ emissions. Fleet vehicles, which cover the most kilometres annually, are seen as a critical pathway to reducing emissions more rapidly than targeting individual consumers. Operating costs for EVs are already becoming more competitive. Electric company cars offer about 33% lower operating costs than diesel equivalents, while electric vans can reduce costs by up to 40% thanks to cheaper energy prices and simpler maintenance. Globally, electric mobility is reaching a turning point, with 23.7 million EVs sold in 2025—representing 26% of global car sales. In Europe, battery electric vehicles briefly surpassed petrol cars in monthly registrations for the first time in December 2025.#electric_vehicles #china #european_commission #ey #belgium
BYD says its next-gen EV battery can delivers 625 miles on a single charge and be topped up in minutes BYD reveals details about its second-generation Blade Battery for electric vehicles, which promises more range, ultra-fast charging speeds and improved longevity #minutes_BYD #Blade_Battery #second-generation_Blade #electric_vehicles #ultra-fast_charging #improved_longevity #BYD_reveals
