EC 476-700-9
Also known as lithium iron(II) phosphate, LiFePO4, and LFP.
chemXplore tracks 11 projects involving lithium iron phosphate, of which 7 are active.
10 produce it and 1 uses it as feedstock.
Of the active ones, 5 new construction, 1 expansion and 1 conversion / repurposing.
1 active project carries no start-up date yet. The dates themselves, per project, are for subscribers.
KRW 160 billion of third-generation high-density LFP cathode to be delivered 2026–2028 for ESS cells at Seosan and Georgia plants.
Pilot bridges lab and industrial scale to produce iron phosphate for LFP battery precursors, enabling customer testing, qualification and potential commercial scale-up to strengthen Western pCAM supply chains.
New Krefeld laboratory tests iron oxide and iron phosphate directly in cells to speed assessment for LFP and sodium‑ion batteries and support Western value chains.
Five-year 9 GWh LFP pouch-cell supply runs 2027–2031; reciprocal pack purchases and an extra 9 GWh lift total partnership to 18 GWh to serve U.S. BESS demand.
Designates battery materials as its second core business; secures phosphorus and lithium upstream; opened Haiyang Green Power Industrial Park for LFP production in March 2025; broadened downstream battery-materials portfolio.
New Brindisi hub will produce LFP cells and modules, add cathode material and recycling, and target 16 GWh/year by 2030 for stationary energy storage.
First field‑validated sodium‑ion BESS reaches commercial maturity with modular 30+ MWh units; 1 GWh China shipments targeted by end‑2026 and international deliveries from June 2027.
22 Ah LFP cell using acetonitrile electrolyte achieves 2,550 W/kg continuous, 3,760 W/kg 2s pulse, ~2,400 cycles at 5C/100% DoD; samples in customer evaluation; 46xxx format planned.
Agreement to build integrated LFP battery platform: cell/module plants, BESS assembly, recycling and cathode production. 2nd gigafactory >8 GWh by 2029; BESS line ready H1 2027. 30% stake for €55m.
Two LFP battery systems paired with adjacent solar plants store renewable energy for peak demand, enhancing grid stability and supporting electrification and renewables integration.
chemXplore tracks 5 plants producing lithium iron phosphate in 4 countries.
plants
A subscription lists every plant we track for lithium iron phosphate, with its owners and capacity. What a subscription does →
