Update on the work done in WP2 "Lab Scale Manufacturing Process Optimisation"
Our WP2 team, led by Guiomar Hernández, has made steady progress in optimizing key processes for developing more efficient anode and cathode materials—two essential components that work together to store and release energy in batteries.
In a typical battery, the anode and cathode act like storage tanks, each holding specific types of ions. The anode (usually made from graphite or other carbon materials) releases electrons during discharge, powering devices, while the cathode (often containing metals like lithium, nickel, or manganese) accepts these electrons, storing energy within the battery. Together, these materials must not only hold a large charge but also maintain stability through thousands of cycles.
In this phase, we’ve worked on refining the formulation for these materials, focusing on their durability and performance in both dry and wet processing. We’ve conducted tests to evaluate their stability over time and charging capabilities, and the results are promising.
These optimizations are now being shared with the WP3 team for further development and scaling up, as we continue to work through challenges and push forward in our mission to contribute to cleaner energy solutions.
