[SMM Analysis] Review of the Ternary Cathode Materials Industry in H1 2024, H2 outlook remains tough

Published: Sep 5, 2024 11:03
Source: SMM
According to SMM statistics, China's production of ternary cathode materials in H1 2024 was 330,000 mt, up 13.8% YoY from 290,000 mt in H1 2023, with a capacity utilisation rate of around 40%.

According to SMM statistics, China's production of ternary cathode materials in H1 2024 was 330,000 mt, up 13.8% YoY from 290,000 mt in H1 2023, with a capacity utilisation rate of around 40%. In terms of prices, direct materials accounted for over 70% of the cost of ternary cathode materials. The prices of major raw materials, influenced by the prices of lithium, nickel, and cobalt, were on a downward trend in H1 2024. According to the pricing model of the ternary cathode materials industry, the prices of ternary cathode materials declined in H1 2024, significantly impacting the revenues of major ternary cathode materials companies due to the drop in raw material prices:
Easpring's operating revenue in H1 2024 was 3.541 billion yuan, down 57.85% YoY; net profit attributable to the parent company was 287 million yuan, down 69.01% YoY.
Minmetals New Energy (Hunan Changyuan Lico) achieved an operating revenue of 2.507 billion yuan in H1 2024, down 48.73% YoY; net profit attributable to the parent company was -65 million yuan, down 98% YoY.
Xiamen Tungsten New Energy's operating revenue in H1 2024 was 6.3 billion yuan, down 22.43% YoY; net profit attributable to shareholders of the listed company was 239 million yuan, down 6.12% YoY.
Ronbay Technology's operating revenue in H1 2024 was approximately 6.888 billion yuan, down 46.58% YoY; net profit attributable to shareholders of the listed company was approximately 10 million yuan, down 97.29% YoY.
Zhenhua New Materials achieved an operating revenue of 972 million yuan in H1 2024, down 70.16% YoY; net profit attributable to the parent company was -203 million yuan.
It is evident that the ternary cathode materials industry faced a very challenging situation in H1 2024, with significant declines in both revenue and profit, and many companies experiencing severe operational losses, indicating cut-throat competition within the industry.
Looking ahead to H2 2024, the price war in the end-user vehicle market remains intense. Although NEV sales have been steadily growing, ternary cathode materials continue to be significantly squeezed by LFP. The downstream battery cell market is clearly monopolized, and the bargaining power of midstream ternary cathode materials manufacturers is dispersed. It remains difficult for ternary cathode materials companies to achieve profit recovery in H2 2024, with a long and challenging road ahead.

Data Source Statement: Except for publicly available information, all other data are processed by SMM based on publicly available information, market communication, and relying on SMM's internal database model. They are for reference only and do not constitute decision-making recommendations.

For any inquiries or for more information, please contact: lemonzhao@smm.cn
For more information on how to access our research reports, please contact:service.en@smm.cn
Related News
NEV Boom to Boost Balanshi’s Lift and Tire Changer Product Cycles
1 min ago
NEV Boom to Boost Balanshi’s Lift and Tire Changer Product Cycles
Read More
NEV Boom to Boost Balanshi’s Lift and Tire Changer Product Cycles
NEV Boom to Boost Balanshi’s Lift and Tire Changer Product Cycles
Balanshi released its record of investor relations activities, stating that the steady growth of global vehicle parc and the aging of vehicle fleets are boosting demand for maintenance equipment; inflationary pressures have raised local manufacturing costs in developed economies such as Europe, further highlighting the cost‑performance advantage of Chinese products; and with the growing adoption of new energy vehicles, there will be iterative upgrades and increased demand for products including vehicle lifts, battery lifts, tire changers, and related equipment.
1 min ago
Yongtai Technology Expects H1 Net Profit to Surge 351%–461% on Strong Lithium Materials Demand
3 mins ago
Yongtai Technology Expects H1 Net Profit to Surge 351%–461% on Strong Lithium Materials Demand
Read More
Yongtai Technology Expects H1 Net Profit to Surge 351%–461% on Strong Lithium Materials Demand
Yongtai Technology Expects H1 Net Profit to Surge 351%–461% on Strong Lithium Materials Demand
Yongtai Technology expects to report a net profit of RMB 265–330 million for the first half of 2026, representing a year-on-year increase of 350.68%–461.22%. The company attributed the strong performance to rising demand from the NEV and energy storage sectors, which boosted both sales volume and prices of key lithium battery materials including LiPF₆, LiFSI, VC, and electrolytes. In addition, the continued ramp-up of its 5,000 tpa VC capacity, commissioned at the end of 2025, further supported earnings growth.
3 mins ago
[Guoxing Aerospace and National ICV Center Forge Space-Computing Auto Partnership]
6 mins ago
[Guoxing Aerospace and National ICV Center Forge Space-Computing Auto Partnership]
Read More
[Guoxing Aerospace and National ICV Center Forge Space-Computing Auto Partnership]
[Guoxing Aerospace and National ICV Center Forge Space-Computing Auto Partnership]
On June 30, Guoxing Aerospace, CICV (Beijing) Intelligent Connected Vehicle Research Institute Co., Ltd., CICV (Beijing) Testing Technology Co., Ltd., and StarLink Innovation (Shenzhen) Technology Co., Ltd. jointly signed a strategic cooperation agreement, marking the launch of industrial collaboration in "Space Computing Power + Intelligent Connected Vehicles." As the first strategic partnership in this field involving a national-level innovation platform in China, Guoxing Aerospace will join forces with the National Innovation Center for Intelligent and Connected Vehicles to build a three-tier collaborative technical architecture consisting of a "space computing constellation + space-based computing terminals + vehicle-edge computing." Leveraging a globally covered space-based computing network, this initiative aims to provide new space-based computing support for ubiquitous intelligent transportation and autonomous driving scenario upgrades, accelerating the technical validation and industrial application of space computing power in the intelligent connected vehicle sector.
6 mins ago