Two things happened to Europe's battery supply in the first half of 2026. Battery-electric vehicle (BEV) registrations climbed 51% year on year in July to around 279,800 units, close to one in four new cars. Over the same six months, Chinese suppliers booked roughly 120 GWh of European grid-scale energy storage orders, more than a third of their global total and up 83% on a year earlier. Almost all of it is lithium iron phosphate (LFP), and those cells will decide how much grid-scale battery storage recycling Europe faces over the next two decades.
The car numbers get the headlines. European BEV share rose from 17.2% to 24.9% in a single year, helped by a wave of cheaper models from Chinese brands. Storage numbers are quieter but larger in energy terms. A 120 GWh half-year order book holds more stored energy than the region's new BEV batteries add over the same period.
Grid storage has pulled towards Europe partly because other markets have closed. A late-August US executive order set up restrictions on foreign-made grid equipment, and North American orders for Chinese systems fell to about 5 GWh in the first half.
Recycling policy and planning in Europe have centred on electric vehicles, because that is where the rules landed first. Grid storage runs on the same LFP chemistry and is growing faster. The IEA reports that LFP made up around 90% of global stationary storage deployments in 2025, a year in which 108 GW of new capacity was installed worldwide.
A grid battery is a fixed asset with a service life of roughly 15 to 20 years. The systems going across Europe now will retire in the early 2040s, in large single-site blocks that are simple to collect. The chemistry is well understood and recoverable. What Europe lacks is the capacity to process it, sited where the batteries will be.
A European gigafactory can, in principle, agree on a material-recovery pathway before it ships a cell. A container of imported cells cannot.
European law assigns that responsibility. Under the EU Battery Regulation, the obligation sits with whoever places the battery on the EU market. For an imported system, that is the importer or the project developer. The same regulation requires recyclers to recover 50% of the lithium in waste batteries by the end of 2027, rising to 80% by 2031, and sets minimum recycled-content levels for new batteries from 2031. Imported cells count towards none of those targets until they are collected and processed inside Europe.
Meeting those targets means dedicated recovery capacity is situated in the same region as the installed base. NEU's electrochemical process recovers battery-grade lithium carbonate and hydroxide directly from spent LFP material, the kind of output the recycled-content rules will require. Capacity like that takes years to permit, build and qualify against specific cell formats.
The uncertainties are real and any recovery arrangement made today has to still make sense in the coming years. However, the installed base is being set now, by what ships from China this year. If the region is waiting for the volume to arrive and then thinking of the recycling capacity to match, it is a decision too late.