The IREC is at the forefront of developing cobalt-free battery prototypes, focused on improving electric mobility. These batteries offer multiple advantages, such as reducing dependency on critical materials by using more abundant and accessible resources. This decreases vulnerability to market fluctuations and resource availability. Moreover, the new designs allow for higher energy density and extended lifespan, significantly enhancing the performance of electric vehicles. These innovations have a direct impact on the automotive industry, enabling the production of more affordable and sustainable electric vehicles, while reducing production and maintenance costs.
Self-repair mechanisms in advanced batteries
IREC is also developing advanced batteries with self-repair capabilities, a growing field that includes the development of advanced sensors and monitoring mechanisms. These mechanisms enable the identification and internal repair of failures, extending battery lifespan and increasing safety and reliability. This is particularly crucial for applications in consumer electronics, electric vehicles, and energy storage. This innovation reduces maintenance and replacement costs for both the industry and end users.
For more information about these research projects, you can read the full reports here: