Make progress together and aim at the core goal of industrialization
This strategic cooperation aims to integrate the superior resources of both parties and establish a long-term and stable strategic partnership. The core objectives of the cooperation focus onCollaborative development, joint innovation of key materials for solid-state sodium batteries and joint expansion of end markets. By forming a joint technical team, both parties will be committed to accelerating the process of technology from laboratory to industrial application and providing the market with next-generation sodium batteries with more performance and cost competitiveness.solutions to jointly promote the large-scale implementation of solid-state sodium power technology.
Accumulation but little success:
Nayuan new materialsThe technical cornerstone and long-term blueprint
As an important basis for this cooperation, Nayuan New Materials has carried out in-depth forward-looking research and development layout in the field of anode-free batteries, especially in the field of anode-free all-solid-state batteries, which is regarded as the next generation of disruptive technology. The company takes the compatibility research between solid electrolytes and cathode materials as its core breakthrough, and has accumulated a unique technical foundation in material modification, interface optimization and battery system design. Facing the future, Nayuan New Materials hasAnode-free all-solid-state battery technologyEstablished as the commanding heights of long-term strategic research and development. By streamlining the battery structure, this technology is expected to fundamentally achieve a substantial jump in energy density and significantly enhance safety. It is a key path for sodium batteries to enter the high-end power and energy storage market. The company plans to systematically conquer sodium metal through continued investmentA series of scientific and engineering problems such as deposition/stripping efficiency and solid-solid interface stability are aimed at ultimately providing the ultimate battery solution with an energy density exceeding 320Wh/kg, high safety and long life.
Outlook for signatories:
Build an industrial ecosystem together and lead technological change
The management of both parties has high hopes and confidence in this cooperation.
Dr. Liu Zhongqing, founder and CEO of Nayuan New Materials, said: “SCHOTT GroupIt is a benchmark in the global advanced materials field, and its profound scientific foundation and forward-looking product development capabilities are highly admirable. This strategic partnership is a crucial step for Naoyuan New Materials to achieve technological breakthroughs and make its industrial layout. We firmly believe that integrating the core capabilities of both parties in materials and battery systems will more quickly open up the path from innovative materials to excellent products, especially in solid-state and anode-free systems, which represent the future, and jointly define the standards for the next generation of batteries. "
Niko, project leader of sodium-based solid electrolyte materials at SCHOTT Group Dr. Schultz said: "We pay close attention to China's rapidly developing sodium battery industry. Innovative companies such as Nayuan New Materials are promoting the accelerated breakthrough of this technology. We believe that sodium battery technology will play an important role in future energy innovation. Schultz has always been committed to solving future challenges through material innovation. "
Join forces to start a new chapter
The strategic cooperation between Nayuan New Materials and SCHOTT goes beyond ordinary commercial linkage and is an in-depth binding that runs through basic materials research, engineering development, mass production and market application innovation. Under the grand background of the "dual carbon" goal leading the transformation of the global energy structure, the sodium battery industry is facing a historic opportunity. The cooperation between the two parties will undoubtedly inject strong impetus into the industrialization process of anode-free and solid-state sodium battery technology, accelerate the transformation of sodium batteries from substitution to leadership, and build a safer, more efficient, and more competitive technical cornerstone for the sustainable development of global energy.
Sodium iron sulfate system materials and solid electrolyte materials
