Gasgoo Munich- As a key cathode material for both power and energy storage batteries, lithium iron phosphate (LFP) has seen prices climb steadily throughout the year. The market is now characterized by a rare dual trend: prices have doubled, yet demand refuses to buckle.
Spot market data tells the story: a 400-kilogram pack of LFP now commands over 25,000 yuan. This compares to just 10,000 yuan a year ago — a surge of nearly 100%. Unlike typical commodities where higher prices dampen buying appetite, downstream purchasers have remained aggressive throughout this rally, leaving overall market supplies tight.
Two core drivers are powering this upward trajectory. On one hand, rapid growth in exports of new energy vehicles and energy storage products is continuously pulling up rigid demand for LFP. On the other, rising costs for key upstream raw materials are lifting production floors, providing firm support for prices. As supply and demand patterns shift across the entire chain, LFP is shaking off its long slump, forcing a phase-based adjustment in the industry's operating logic.
Downstream Demand Strengthens at Home and Abroad
The LFP sector spent years grappling with overcapacity and crushing price pressure, cementing a market belief that "higher prices kill demand." The current rally shatters that conventional wisdom. The core reason? Real demand from downstream applications is robust enough to withstand price hikes, leaving the fundamental purchasing logic unshaken.
LFP’s two main applications — EV power batteries and energy storage batteries — are the engines of this demand expansion. On the vehicle export front, the pace of Chinese EVs going global is accelerating. As overseas markets warm to LFP-powered models for their safety and value, the surge in vehicle exports is driving battery makers to expand. This stock-up trend flows upstream to cathode material procurement.
The energy storage track is growing even faster. Large-scale power stations, commercial and industrial systems, and residential projects are rolling out at home and abroad. Thanks to its safety and long cycle life, LFP has become the dominant chemistry for storage cells, and this expansion is delivering a steady stream of incremental orders.
Image Source: CATL
Beyond genuine demand, inventory dynamics are tightening the spot market further. After two years of falling LFP prices, battery makers and traders kept their stockpiles lean. Now, anticipating a recovery, downstream cell manufacturers and automakers are locking in long-term contracts and bulk buying. Even as prices climb, they aren't scaling back — creating a market dynamic where higher prices actually trigger more aggressive purchasing.
This supply-demand mismatch is reshaping production schedules. Many LFP producers are running at full capacity, speeding up shipments while delivery windows shrink and order backlogs lengthen. The persistence of demand is the underlying logic making this price hike stick — and likely last. This isn't a speculative pulse driven by short-term capital.
Rising Upstream Raw Material Costs
Beyond demand pull, rising production costs are the other key factor pushing quotes higher, forcing pricing adjustments to keep pace. In terms of formulation, LFP is synthesized from iron phosphate, lithium carbonate, and glucose. The cost structure is clear: iron phosphate accounts for roughly 30% of total raw material costs, making it a critical variable in production expenses.
Since the start of the year, iron phosphate prices have climbed noticeably, directly lifting the baseline cost of producing LFP. Iron phosphate production relies on the phosphorus chemical chain; price swings in upstream intermediates like sulfur and phosphoric acid trickle down. Unable to absorb that pressure internally, producers pass it downstream to LFP manufacturers.
The other core ingredient, lithium carbonate, is also on a recovery track this year. It accounts for a larger share of LFP costs, meaning lithium price swings have a more sensitive impact on total costs. With both major materials rising simultaneously, LFP producers face a double squeeze on their profit margins.
Weilan New Energy
Constrained by the capacity landscape, companies can't easily offset raw material hikes by expanding output to dilute costs. During the deep loss cycles of recent years, inefficient capacity — mostly small-scale players without upstream resources — exited the market, shrinking the industry's effective supply elasticity. Even with profitability recovering, bringing new lines online or retrofitting existing ones takes time. In the short term, there is no quick way to release incremental capacity to rebalance supply and demand.
In short, this price rally isn't driven by a single factor. It is the two-way result of demand pulling and costs pushing, with clear foundations in the realities of the industrial chain.
From a medium-to-long-term perspective, LFP’s trajectory still hinges on two variables. First, whether real installation demand for EVs and energy storage stays resilient determines long-term purchasing space. Second, the pace of supply release for upstream phosphate rock and lithium carbonate dictates cost volatility. For industry players, simply passively riding the market waves offers weak risk resistance. Instead, moving upstream to secure mineral resources and building an integrated supply chain has become the preferred strategy to hedge against cyclical swings.
For downstream battery makers and automakers, rising raw material costs will gradually filter through to cell production expenses. This, in turn, will force negotiations on long-term contract pricing models to smooth out the operational pressure caused by sharp spot market fluctuations.
Overall, this LFP price surge is not a short-term speculative play. It is a cyclical adjustment spawned by the recovery in downstream new energy demand and the reconstruction of industry costs. How prices and supply-demand balances evolve from here will serve as a key barometer for the health of the broader new energy supply chain.
