Batri recently presented at the NEXGENNA conference, a key UK forum dedicated to sodium ion battery technology.
Held at the historic Robinson College in Cambridge, the event brought together leading researchers, industry representatives, and stakeholders to discuss critical developments in energy storage and materials science. For Batri, this conference was an important platform to showcase how the company’s strategic efforts are driving tangible progress in the UK’s burgeoning battery sector.
During the presentation, Batri outlined its focus on building a strong domestic supply chain for essential battery components. By emphasising local sourcing of materials and establishing manufacturing hubs – particularly in South Wales – Batri aims to reduce reliance on imported resources, lower production costs, and create more resilient operations. The company also shared updates on its anode material research, reinforcing how ongoing laboratory work is transitioning into practical, scalable processes suitable for widespread use.
Beyond highlighting progress, Batri’s attendance at the NEXGENNA conference served as an opportunity to secure new collaborative ventures. Engaging with like-minded organisations and leading academics provided a valuable exchange of knowledge that will bolster Batri’s ongoing projects. In particular, building relationships with advanced research groups and UK-based manufacturers will facilitate more streamlined product development cycles, ensuring Batri can swiftly transform cutting-edge concepts into market-ready solutions.
An essential outcome of these discussions was the commitment to accelerating demonstration units that incorporate Batri’s anode material. By collaborating closely with partners encountered at the event, Batri intends to integrate its materials into pilot-scale battery assemblies, thereby validating performance in real-world conditions.
The company extends its gratitude to the organisers of the NEXGENNA conference for creating an environment that fosters collaboration and highlights the UK’s rapidly expanding capabilities.
Photo credit: Robinson College University of Cambridge
