Future of electric cars: HHL Leipzig is revolutionizing battery technology!

Future of electric cars: HHL Leipzig is revolutionizing battery technology!

The HHL Leipzig Graduate School of Management has successfully participated in the European research project SAFELOOP, which is concerned with the development of safe, sustainable and high-performance lithium-ion batteries (LIB) for electric vehicles. This ambitious project brings together 15 academic and industrial partners from 11 countries and aims to promote innovative technologies for a competitive and environmentally friendly battery economy in Europe. Loud mynewsdesk The project will be led by Prof. Dr. Dr. Kelvin Willoughby took over the Deutsche Bank Chair for Innovation Management and Entrepreneurship.

As part of SAFELOOP, HHL supports the development of technologies and the management of intellectual property. Furthermore, HHL analyzes the global value chain of the LIB industry and evaluates the international patent landscape. The aim is to develop viable business models for European innovators. A particularly important aspect of the project is improving the safety, sustainability, service life and performance of lithium-ion batteries.

Research goals and progress

SAFELOOP has set itself ambitious goals. By 2030, the cycle stability of the batteries should be increased by 15 percent and the operating lifespan should be doubled compared to 2019. These goals are to be achieved in accordance with the EUCAR Hazard Level 3 standards for mobility applications. To ensure this, the project relies on the use of recycled materials from closed supply chains to support the European Parliament's material recovery goals, such as safeloop.eu confirmed.

Another focus is on comprehensive research, validation and scaling planning. The goal is to set new industry benchmarks for battery safety and reduce environmental impact. Advances in Generation 3 lithium-ion technology are intended to help promote European competitiveness across the entire product life cycle.

Sustainability and life cycle

Lithium-ion batteries find applications in portable electronics, electric vehicles and renewable energy systems. Their high energy density, efficiency and long service life make them an important part of modern technology. At Fraunhofer ISE, the entire life cycle of LIBs is examined in order to increase performance and sustainability. Loud Fraunhofer ISE There is a strong focus on the development of advanced battery active materials and the recovery of battery materials through modern recycling processes.

The SAFELOOP project is scheduled to run for 36 months and has an estimated budget of 4.7 million euros, funded by the European Union's Horizon Europe program. Collaboration between academic institutions and industry is seen as central to addressing the challenges of battery technology and finding sustainable solutions.