A startup originating from Kyoto University’s Disaster Prevention Research Institute that provides integrated water resources management (IWRM) services. We offer customized, sector-specific solutions powered by three core capabilities: water-cycle analysis based on 30 years of research, a global database containing 250 years of hydrological and physical data, and an analytical platform that forecasts and visualizes regional water resources. By quantitatively assessing how climate change, human activities, and land-use changes impact agriculture, industry, cities, power generation, and ecosystems, we help businesses and municipalities identify and disclose water-related risks and implement effective adaptation measures.
株式会社TerraInsight（会社所在地：京都府左京区 代表者：今井義仁）は、2025年6月26日にバンコクで開催された「Japan-ASEAN Startup Business Matching Fair 2025」に出展しました。「Japan-ASEAN Startup Bus...
株式会社TerraInsight（会社所在地：京都府左京区 代表者：今井義仁）は、東京都が行う『多様な主体によるスタートアップ支援事業』の重点分野（環境・エネルギー・気候変動分野）の協定事業者TMIP（Tokyo Marun...
[画像1: https://prtimes.jp/i/151053/8/resize/d151053-8-d66016587d81edea27f7-0.png ] 株式会社TerraInsight（会社所在地：京都府左京区 代表者：今井義仁 以下、弊社）は、京都大学防災研究所が長年研究を...
A startup advancing thin-film, flexible perovskite solar cells from material development to module production based on Kyoto University research, providing the “Anywhere Power®” solution that enables high power generation not only on sunny days but also under cloudy skies and indoor lighting.
QioN is developing breakthrough technology to produce ammonia—used as fertilizer and clean fuel—anywhere and at low cost. Their proprietary process uses renewable energy and locally available raw materials to generate ammonia with greater energy efficiency than conventional methods. It also enables small-scale production potentially at less than half the cost. The company aims to capture 15% of the global ammonia market (over 1.5 million tons/year) and contribute to reducing both CO2 emissions and geopolitical risk associated with the supply.
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.
Producing industrial carbon and silica from agricultural and food waste
