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.
To address the global challenge of CO₂ reduction, we are developing integrated technologies that enable carbon capture, fixation, and conversion into fuel and valuable resources. Our key proprietary initiatives include CCFR, which captures CO₂ emitted from factories at low cost and converts it back into fuel. Through Direct Air Capture (DAC), we directly remove CO₂ from the atmosphere and mineralize it for permanent storage. The mineralized carbon is further utilized as a raw material for solidification agents and as Green Carbon Fertilizer for agricultural applications, contributing to the realization of a sustainable circular society.
Founded in 2022 as a startup originating from Kyoto Prefectural University, Future Food R＆D Center focuses on the development of rice cultivation technologies centered on “Kyo-no-Yume (Kyoto Dream),” a dwarf rice variety approximately 20 cm tall. This variety enables multi-layer and year-round cultivation in indoor facilities. Leveraging its suitability for grain production in plant factories, the company envisions food production in repurposed schools, vacant urban buildings, and arid regions. In addition, the company conducts research in environmentally sustainable agriculture and edible insects as core research themes, expanding into product development and consulting services. It also engages in the sale of Kyo-no-Yume seeds and related products, as well as contract research projects.
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 startup that utilizes marine photosynthetic bacteria to fix CO2 and nitrogen, producing agricultural fertilizers, aquaculture feed, and protein materials. It achieves greenhouse gas reduction and resource circulation, promoting sustainable local production for local consumption.
