This venture company originated from the Electrochemistry Laboratory of Kansai University and provides innovative lithium-ion batteries and technologies with the vision of "making the world sustainable with storage battery technology". Ionic liquid lithium-ion batteries, which use non-flammable ionic liquids as electrolytes, are also used in space applications as highly reliable storage batteries that do not pose a risk of ignition. We will develop and provide water-based cathode manufacturing technology that can reduce costs and environmental impact at the same time to existing lithium-ion battery production lines.
A startup developing floating wave power generation technology that generates electricity from ocean waves. Having achieved continuous operation in actual sea conditions, it aims to realize offshore hydrogen farms and large-scale clean energy supply in the future.
A startup commercializing the world’s first power semiconductors based on gallium oxide (α-Ga₂O₃). With over 700 patents and proprietary film-formation technology, it achieves ultra-low loss and cost efficiency, improving power conversion for EVs and industrial equipment while driving decarbonization.
A Kyoto University-spinoff startup has developed technology that analyzes forest trees down to their species, height, and carbon content using drones and AI. It supports carbon credit creation and monitoring based on forest data.
As a startup company originating from the University of Hyogo, we are developing perovskite solar cells that could serve as core power sources, leveraging features such as the use of indium-free glass substrates (FTO), high durability, and manufacturing methods using printing technology entirely in atmospheric conditions.
