Annual Summary: How Will the Electrolyte Market Perform in 2026 Driven by Raw Material Price Surges and Energy Storage Explosion?

I. Review of 2025

Driven by strong costs, electrolyte prices stopped falling and rebounded in 2025, with output expected to increase by approximately 48% year-on-year.

In Q1 2025, the electrolyte market featured a phased pattern of contraction before the Spring Festival and recovery after the holiday.

In January and February, affected by the traditional off-peak consumption season during the Spring Festival holiday, terminal demand for new energy vehicles and energy storage contracted periodically. Downstream cell enterprises adjusted their production pace accordingly, leading to a decline in electrolyte orders, a voluntary reduction in operating rates, and a downward trend in output.

In March, after the Spring Festival holiday, the terminal market gradually returned to normal operation, and cell enterprises raised their production schedules month-on-month. As a core supporting material for batteries, electrolyte output rose in tandem with the recovery of downstream demand. However, as terminal demand recovery fell short of expectations, coupled with the continuous decline in lithium carbonate prices, cost support for lithium hexafluorophosphate weakened, driving its price lower. The downward cost pressure gradually transmitted to electrolyte prices, opening a downward channel for electrolyte prices and forming a phased pattern of rising volume and falling prices.

In Q2 2025, the electrolyte market continued the adjustment of Q1, characterized by weak demand recovery and slow supply growth.
From April to June, the recovery of the terminal market was weaker than expected. Affected by sluggish terminal demand, downstream cell enterprises slowed down their production scheduling growth, which directly transmitted to the upstream electrolyte sector. Insufficient market demand support kept electrolyte output growing slightly.

Meanwhile, the downward trend of the upstream raw material market deepened further: lithium hexafluorophosphate, the core raw material, saw weakening cost support due to lower lithium carbonate prices. In addition, industry capacity expansion outpaced demand growth, exacerbating the market surplus. Under these dual factors, its price continued to drop, further lowering the cost floor of electrolytes. With persistent weak demand recovery and ample existing industry capacity, competition among leading enterprises for market share intensified. Squeezed by falling costs and weak demand, electrolyte prices declined further.

In Q3 2025, China’s electrolyte output maintained growth with month-on-month increases every month. On the demand side, both power and energy storage sectors boomed — energy storage generated large-scale incremental demand boosted by domestic and overseas orders and tariff extension benefits, while power demand picked up steadily driven by inventory preparation for the "Golden September and Silver October" peak sales season and pre-placement of some orders due to National Day logistics restrictions. On the supply side, enterprises adhered to production-to-order and raised operating rates in line with growing cell demand, with coordinated supply and demand supporting output growth.

In terms of prices, the strong demand recovery triggered a chain reaction in the supply chain. Core raw materials such as lithium hexafluorophosphate, VC, and FEC suffered from low production enthusiasm and considerable inventory depletion due to long-term industry losses in the early stage, resulting in capacity release lagging behind demand growth and a tight supply situation. Their prices rose sharply in the short term, and the cost increases from rapid raw material hikes gradually transmitted to electrolyte prices, making electrolyte prices stop falling and rebound.

In Q4 2025, electrolyte output was flexibly adjusted to the rhythm of terminal demand.
From October to November, market demand sustained the strong recovery momentum of Q3, presenting a booming trend in both power and energy storage. The power battery sector maintained high production scheduling thanks to the inertia of the "Golden September and Silver October" peak season and the launch of heavy-duty truck battery swap projects. The energy storage sector saw robust demand both domestically and overseas, providing stable demand support. Electrolyte enterprises followed downstream pace, stuck to the production-to-order strategy, continuously raised operating rates, and kept output growing.

In December, market demand remained strongly supported, and electrolyte output was expected to stay stable. In terms of prices, although the tight supply of core raw materials such as lithium hexafluorophosphate, VC, and FEC driven by earlier demand eased somewhat, prices remained high, providing solid cost support for electrolyte prices and pushing them up slightly. However, limited by the acceptance of sharp raw material price increases by downstream cell enterprises, some order costs could not be fully passed on. As a result, electrolyte enterprises without in-house raw material capacity and relying on outsourced high-priced raw materials faced significant cost pressure.

II. Outlook for 2026

From the perspective of supply and demand, the electrolyte market is expected to enjoy strong demand growth momentum in 2026, with dual support from two core application areas driving continuous output expansion.

Power battery sector: With the trend of high-end and long-range new energy vehicles intensifying, battery capacity per vehicle is expected to rise significantly. Coupled with steady growth in new energy vehicle penetration, it will continue to open up incremental demand space.
Energy storage sector: It is expected to maintain a high-boom development trend. Although the domestic energy storage market faces policy withdrawal, its economic efficiency remains sound, and installed demand is expected to release steadily. Overseas markets will unleash increments driven by the explosion of AIDC scenario demand.

The synergy of dual demand will provide solid support for electrolyte demand growth, leading to a synchronous rise in electrolyte output.

In terms of prices, the overall ample capacity and fierce competition in the electrolyte industry make electrolyte prices basically fluctuate with the price changes of core raw materials. For core raw materials such as lithium hexafluorophosphate, limited new capacity release in the short term keeps the market supply and demand in a relatively balanced state without excess pressure. Accordingly, related raw material prices are expected to stay high overall in 2026, providing strong cost support for electrolytes and keeping electrolyte prices at a high level as a whole.

Latest News

Contact Us

Tel: +86-561-3306168 / 3308168

Fax: +86-561-3308168

Mobile: 13905616951

E-mail: [email protected]

Add: No.20, Wutong Middle Road, Longhu Industrial Park, Economic Development Zone, Huaibei, Anhui, China.