From Electric Vehicles to the Grid: Heesung Catalysts' Vision for Eco-friendly Energy Materials
Heesung Catalysts is focused on the development of advanced energy materials, which are key to next-generation energy storage and conversion technologies. Our innovative research is opening the future of more efficient and sustainable energy solutions. Heesung Catalysts' research in energy materials is concentrated in three key areas.
Cathode Materials
We are focusing on the development of cathode materials, a key component for next-generation battery solutions. Our research is aimed at enhancing energy density, improving charging speed, and extending battery life.
Conductive Materials
We are committed to developing innovative conductive materials to improve the performance of batteries and fuel cells. Our conductive materials play an important role in enhancing the efficiency of energy storage and conversion devices.
Solid Electrolytes
We are dedicated to the development of high-performance solid electrolytes for next-generation all-solid-state batteries. Our innovative material research is focused on simultaneously improving safety and energy density.
Research capabilities of rare earth catalysts
Advanced nanomaterial synthesis technology
Nanomaterial synthesis technology with precise structure and composition control
Highly analytical capabilities
Accurate property evaluation and performance analysis with the latest analytical equipment and expert personnel
Simulation and modelling
Design new materials and predict performance with computer simulation
Industry-academia collaboration network
40 years of close collaboration with leading domestic and international universities and research institutes
Innovation at HeeSung Catalysts for the future
Sustainable energy storage
Enabling higher energy density and longer-life battery solutions
Enhanced safety
Transforming energy storage solutions by commercialising high safety all-solid-state batteries
Resource efficiency
Reduce the use of scarce metals and develop eco-friendly materials that are easy to recycle
Maximise performance
Maximise energy conversion efficiency to minimise energy loss
