We develop, manufacture, and sell wireless power transfer systems that wirelessly supply several watts of power to locations several meters away. Our unique and superior microwave wireless power transfer technologies eliminate power wires and charging and make a society where a variety of devices can use power efficiently anywhere. We manufacture and sell power transmitter and receiver systems that comply with the current regulations. These systems transmit power wirelessly to IoT sensors and small actuators in facilities and equipment in factories, warehouses, distribution centers, etc. We are also developing higher-performance wireless power transfer systems.
京都大学発スタートアップの株式会社Space Power Technologies（本社：京都市、代表取締役：古川 実、以下SPT）は、2025年11月19日（水）～21日（金）に東京ビッグサイトで開催される IIFES2025に出展し、1mの距...
[画像1: https://prtimes.jp/i/160833/1/resize/d160833-1-fe451f10a6c9eba97e12-1.png ] 株式会社Space Power Technologies（本社：京都府京都市、代表取締役：古川 実、以下SPT）は、2025年5月20日（火）～26日...
Focusing on microvascular disorders throughout the body, we have developed the world's first “vascular endothelial stem cells” as a cell-based therapeutic agent, providing a novel vascular regeneration treatment to reduce the risk of heart disease and dementia.
A startup producing and selling “Mushi-hicha,” a unique fermented tea created through the symbiosis of plants and moth larvae. Beyond its diverse flavors and premium appeal, it pioneers a sustainable industry model by leveraging local resources and creating jobs.
A startup developing artificial red blood cells coated with a lipid bilayer. These cells possess oxygen-carrying capacity equivalent to red blood cells and enable long-term storage, aiming to revolutionize transfusion medicine through stable blood transfusions in veterinary medicine and future practical application in human healthcare.
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.