[LBM TECH] LBM releases new sodium positive electrode products, opening up diversified layout of new energy materials


Release time:

2024-09-29

n the golden age of profound changes in the global energy landscape and steady development of the new energy vehicle industry, LBM held a new product launch event on September 29th, announcing two major innovations in the "Sodium ion Battery 1" series - the polyanion compound NL201 and the layered transition metal oxide NS701. Among them, NL201 has achieved hundred kilogram level sample delivery and gained recognition from multiple parties. This achievement marks a solid step for LBM in the field of core materials for sodium ion batteries, demonstrating the company's strategic transformation from focusing on the research and development of lithium iron phosphate materials to diversifying its layout of new energy materials.

In the golden age of profound changes in the global energy landscape and steady development of the new energy vehicle industry, LBM held a new product launch event on September 29th, announcing two major innovations in the "Sodium ion Battery 1" series - the polyanion compound NL201 and the layered transition metal oxide NS701. Among them, NL201 has achieved hundred kilogram level sample delivery and gained recognition from multiple parties. This achievement marks a solid step for LBM in the field of core materials for sodium ion batteries, demonstrating the company's strategic transformation from focusing on the research and development of lithium iron phosphate materials to diversifying its layout of new energy materials.


The rapid rise of sodium ion batteries

In the face of the global shortage of lithium resources and price fluctuations, sodium-ion batteries, with their unique advantages of abundant resources, low cost, superior performance and high safety, have gradually become a hot spot of research in the field of new energy and a new favorite in the market. According to authoritative institutions' predictions, the demand for sodium ion batteries in the market will continue to surge in the coming years, expected to reach about 245GWh by 2027 and soar to 468GWh by 2030, becoming an important complementary force in multiple fields such as new energy vehicles, industrial and commercial energy storage, and communication base station energy storage. In this context, LBM keeps up with the pulse of the times and is deeply involved in the research and development of positive electrode materials for sodium ion batteries, aiming to promote industrial technological progress.