Nissan Reuses 84 EV Batteries for 2.1 MWh Storage at Rome Airport

Innovations in energy storage and electric vehicle (EV) battery reuse are driving sustainable solutions across various sectors. The TSTM storage technology compresses methane to serve as a long-duration, CO₂-free energy battery that can be used flexibly for heat, electricity, or hydrogen production without water consumption. In the UK, recell.store and Zenith have partnered to establish a circular economy for used EV batteries by maximizing reuse, repurposing, and recycling, supporting the transition to net zero in the automotive industry. Similarly, at Rome’s Fiumicino Airport, Nissan has implemented a second-life EV battery energy storage system using retired Leaf batteries, integrated with solar power to enhance clean energy reliability and sustainability. Additionally, advancements in hydrogen fuel cell technology, such as the 2D Topology-Curvature Optimization developed by Youliang Cheng’s team, are improving performance and efficiency, potentially making hydrogen fuel cells more viable for broader applications. These developments, alongside events like the Electrify Expo showcasing the latest in EV and sustainable transport technologies, underscore ongoing efforts to accelerate the global energy transition.