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 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.
Our company provides stand-alone power supply systems powered by FLEXIINA®, a flexible thermoelectric generation module that efficiently recovers electricity from low-temperature waste heat below 300°C with superior cost performance. Utilizing this technology, we propose new business partnerships with our customers in areas such as kW-scale energy efficiency solutions and battery-free power for IoT devices.
A Kobe University-spinoff startup that creates useful chemicals—such as pharmaceutical and agricultural chemical raw materials and intermediates—by utilizing biogas (methane) derived from sewage, livestock manure, and food waste; chlorine produced by seawater electrolysis; and oxygen in the air for photoreactions.
CONNEXX SYSTEMS was established with the mission of contributing to the creation of a sustainable and resilient society by promoting energy self-sufficiency in countries and regions around the world through innovative battery technologies. Currently, the company develops and deploys energy storage systems (ESS) based on lithium-ion batteries, while also engaging in the development and demonstration of EnePOND®, an energy storage system that reuses second-life EV batteries utilizing proprietary technologies, as well as SHUTTLE Battery™, an ultra-high-energy-density innovative battery based on iron redox reactions.
