Comau has joined the European Union’s Reinforce project, targeting the complex challenge of EV and stationary storage battery end-of-life management. The initiative focuses on developing advanced robotic and automated solutions for battery disassembly and recycling.
As a key project participant, Comau will manage one of eight work plan groups and develop a versatile dismantling solution using robotics, machine learning, and Industry 4.0 technologies. The project aims to create a standardized, automated system for repurposing spent batteries and optimizing material recovery.
“This project underscores the increasing need to develop a circular electrification path and represents a significant step forward in sustainable battery management,” said Andrew Lloyd, Comau’s Chief of Engineering.
The project’s work plan includes assessing dismantling safety procedures, developing automated disassembly processes for batteries with varying shapes and types, and exploring techniques for pack-to-module, module-to-cell, and cell-to-electrode disassembly. Comau will also simulate large-scale automated disassembly and investigate battery pack reassembly for second-life applications.
Comau’s involvement extends beyond Reinforce. The company participates in multiple pan-European e-Mobility projects, including the Upcell European Battery Manufacturing Alliance and key battery consortiums such as the European Battery Alliance, Batteries European Partnership Association, and European Technology and Innovation Platform.
Additional projects include SPINMATE, focusing on solid-state battery cell manufacturing; Gigabat aimed at strengthening EU battery production chains; and Fastest, which seeks to develop more reliable and durable battery technologies.
The Reinforce project addresses a critical environmental challenge by promoting battery recycling and reuse. By developing innovative dismantling technologies, the initiative supports the transition to a more sustainable energy future, reducing waste and maximizing the recovery of valuable materials from end-of-life batteries.
