Rongying has more than 15 years of experience in electrochemical energy storage, specializing in supercapacitors and advanced battery technologies. She holds an Industrial PhD in Electrochemistry from France and has accumulated experience in battery materials and technology development, with 5 granted patents.
She previously led New Product Development in the Energy Storage team at Dyson Singapore and currently leads Battery Materials Research at Durapower, focusing on next-generation battery technologies and materials.
Senior Manager, Battery Materials Research, Durapower
Rongying Lin
Empowering high-performance vessel ecosystems with Durapower's LMFP and LTO cell technologies.
Thursday 24th September
16:10 – 16:30
As maritime electrification accelerates, vessels and port operations require battery solutions that combine high performance, safety, reliability, and fast charging. This presentation showcases Durapower’s development of advanced battery products based on LMFP and LTO cell technologies. It will highlight Durapower’s journey from cell chemistry and materials development to product integration and real-world deployment, demonstrating how the complementary strengths of LMFP and LTO can address demanding applications across high-performance vessels and ground-support systems for port operations. The presentation will showcase how Durapower’s battery innovations are enabling safer, more reliable, and sustainable electrification across the maritime and port ecosystem.