Echion Signs MOU With Energy Tech Solution to Develop XNO Niobium-Anode Battery Cells
The partnership enables contract manufacturing for demonstration cells and custom form factors at facilities in Chungju and Detroit.
Anode material developer Echion Technologies has entered into a memorandum of understanding (MOU) with South Korean battery equipment manufacturer Energy Tech Solution (ETS) to advance battery technology utilizing Echion’s XNO niobium-based anode material.
What Happened
Under the agreement, ETS will serve as Echion’s first total battery solution provider within its partner network. The scope of the collaboration includes production line design, cell assembly equipment, and cell design research and development in Korea. ETS will act as a contract manufacturer for demonstration cells and product design iterations.
For customers requiring XNO cells, ETS plans to allocate capacity at its Chungju facility to customize cells into cylindrical, pouch, and prismatic form factors. The company also offers full turnkey cell design and manufacturing services. Headquartered in Seoul, ETS operates additional facilities in Chungju and Detroit.
Why It Matters
Echion developed XNO for industrial applications, including mining, rail, maritime, and data centers, claiming it outperforms mainstream lithium-ion batteries in performance and durability. Niobium-based anodes, like lithium titanate (LTO), operate at higher voltages than graphite, which reduces the risk of lithium plating during fast charging. ETS aims to demonstrate XNO-based batteries with charge rates as high as 10C and cycle lives of up to 50,000 cycles.
Jean de La Verpilliere, Echion’s CEO, stated that the partnership leverages ETS’s expertise and trusted equipment to provide customers with the charging speed and cycle life necessary for their business operations.
The Bottom Line
The MOU establishes a pathway for Echion to scale its XNO anode technology through established manufacturing infrastructure, targeting industrial sectors with high demands for fast charging and long battery lifespans.




