BATRI’s core innovation is sodium-ion battery technology featuring a proprietary Composite Carbon Anode Material that enhances performance and reduces costs. The technology leverages abundant sodium to maintain high energy density and stability while minimizing supply chain risks. The anode material offers high power output, extended cycle life, and efficient charging, with manufacturing processes emphasizing locally sourced raw materials and sustainable practices. Current applications include residential and commercial energy banks, grid-scale installations, and on-site solar canopies with EV charging, supported by partnerships with Swansea University, Korea BTS, and Kangwon National University for certification and commercial readiness.
BATRI’s product portfolio includes anode materials, sodium-ion battery cells, and complete energy storage systems designed for stationary energy storage and green mobility applications.
In 2025, BATRI secured a £2.5 million grant from Innovate UK’s SNaP project to develop UK-designed sodium-ion cells using local materials and validate grid energy storage solutions. The company collaborates with Ulsan Technopark and the Advanced Materials Technology Center in Korea on cell manufacturing and testing, and partners with Swansea University to refine certification processes.
Batri Ltd. is primarily funded by a £2.5M Innovate UK SNaP grant awarded in 2025. Their funding strategy focuses on government-backed initiatives and strategic academic and industry collaborations. No detailed investor structures have been publicly disclosed, nor are there records of public market listings or significant private venture capital investors. Interested parties should monitor official Batri announcements for future funding updates.
