Exclusive: LFP Sharply Expanded Production Capacity in H2, and to Usher in Overcapacity in 2022

Published: Aug 27, 2021 11:56
The proportion of LFP batteries installed in NEVs has increased from 38% in January to 51% in July. The installed capacity of LFP battery is expected to continue to grow in H2.

SHANGHAI, Aug 27 (SMM) – The proportion of LFP batteries installed in NEVs has increased from 38% in January to 51% in July, exceeding that of ternary batteries in a single month. The improvement of LFP battery technology brings higher energy density and longer range, better safety as well as cost-effectiveness. The overall new energy market is still in a period of rapid development in H2. In addition, LFP battery shows high cost-effectiveness after the price of nickel, cobalt and lithium metal continues to rise. Many new and old car models have increased the demand for LFP battery. The installed capacity of LFP battery is expected to continue to grow in H2.

LFP materials supply tightened amid bullish downstream demand. The effective production capacity of LFP companies in China tightened in H1 as market demand rose sharply, the expansion efficiency at domestic producers was slow and many small and medium plants were unable to meet the demand from motive power market. According to industry and SMM data, the output of motive power LFP battery stood at 47GWh in January-July, the demand for LFP materials is 124,000 mt, and the actual output of motive power LFP materials is 130,000 mt. Thus, the supply of LFP was tight in the motive power market. LFP stocks have declined since May.  Many battery companies have also begun to purchase LFP materials everywhere and increase the number of suppliers to ensure a stable supply of raw materials.

Due to the imbalance in the supply and demand of LFP materials, many LFP companies have also begun to expand production. For example, Shenzhen Dynanonic is expected to expand its production capacity by 70,000 mt, BTR New Energy Material by 50,000 mt, and Gigaenergy by 50,000 mt and Wanrun New Energy by 30,000 mt. The newly expanded capacity of LFP materials is expected to stand at 363,000 mt in H2. Output of LFP materials is expected to stand at 350,000 mt in 2021, based on the demand from motive power, energy storage and small motive power markets. The current production capacity of LFP market is 410,000 mt, and there will be more capacity to be released next year. LFP market is likely to face overcapacity next year after the rapid expansion of production across companies in H2.

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
[Energy Storage: Energy Storage Projects Accelerate Construction In Jiuquan, Gansu Province]
1 hour ago
[Energy Storage: Energy Storage Projects Accelerate Construction In Jiuquan, Gansu Province]
Read More
[Energy Storage: Energy Storage Projects Accelerate Construction In Jiuquan, Gansu Province]
[Energy Storage: Energy Storage Projects Accelerate Construction In Jiuquan, Gansu Province]
Recently, the Jinta Baishuiquan 300MW/1200MWh grid-side independent energy storage station project of Gansu Jiuquan Jinchu New Energy Co., Ltd. is accelerating construction. This project is invested in and constructed by Jiuquan Jinchu New Energy Co., Ltd., a subsidiary of Beijing Hyperstrong Technology Co., Ltd., with a total investment of 900 million yuan. It is a planned integrated construction project for the first phase. The project will build a new 330kV booster station, connecting to the regional power grid through a combination of overhead lines and cables, with a total line length of 0.803 kilometers. The project plans for a total of 60 energy storage units of 5MW/20MWh each, along with complete supporting converter, substation, distribution, and secondary control equipment.
1 hour ago
[Lithium Battery: 50,000 Tons/Year Iron Phosphate Project Planned For Suining, Sichuan]
1 hour ago
[Lithium Battery: 50,000 Tons/Year Iron Phosphate Project Planned For Suining, Sichuan]
Read More
[Lithium Battery: 50,000 Tons/Year Iron Phosphate Project Planned For Suining, Sichuan]
[Lithium Battery: 50,000 Tons/Year Iron Phosphate Project Planned For Suining, Sichuan]
Recently, the People's Government of Daying County released a public notice for the environmental impact assessment approval application for the annual 50,000-ton iron phosphate project of Sichuan Qianyuan Electronic Materials Co., Ltd. The project is located at No. 222, Pengyan Avenue, Penglai Town, Daying County, Suining City, Sichuan Province, and is classified as an expansion and renovation project. The company currently has an existing annual 30,000-ton battery-grade iron phosphate project with complete relevant approvals and a stable operating status. This expansion will utilize the company's reserved land within the existing plant site to construct new production workshops, warehousing, a boiler room, and other supporting facilities, while also renovating existing workshops. Upon completion, the company's total annual iron phosphate production capacity will reach 80,000 tons.
1 hour ago
[SMM Flash] Brazil’s Bandeira Lithium Project Initiates Long-Lead Equipment Procurement
3 hours ago
[SMM Flash] Brazil’s Bandeira Lithium Project Initiates Long-Lead Equipment Procurement
Read More
[SMM Flash] Brazil’s Bandeira Lithium Project Initiates Long-Lead Equipment Procurement
[SMM Flash] Brazil’s Bandeira Lithium Project Initiates Long-Lead Equipment Procurement
On June 11, Lithium Ionic announced that it has placed the first long-lead equipment order for its Bandeira lithium project, located in the Lithium Valley region of Minas Gerais, Brazil. The order covers a 138/13.8 kV main power transformer for the project’s internal substation. The equipment will be supplied by Brazilian manufacturer Blutrafos. According to the company, the transformer is a critical-path item that must be secured in advance of construction. The order marks the formal commencement of long-lead equipment procurement and indicates that the Bandeira project is gradually progressing from the engineering phase toward construction readiness. Lithium Ionic stated that overall engineering progress at Bandeira has reached approximately 65%. To support detailed engineering and construction planning, the company has completed 1,352 metres of geotechnical drilling across the project area. The capital expenditure estimate is also being updated based on the latest engineering work, while additional long-lead equipment packages are expected to move forward through tendering and procurement. The Bandeira project is 100% owned by Lithium Ionic and is located in Minas Gerais, one of Brazil’s key lithium-producing regions.
3 hours ago