会社概要
会社概要About us
当社ロゴマークを刷新しました。
2025年1月より、これまで掲げてきたコーポレートロゴのデザインを一新することとなりました。
新しいロゴマークは、これまでのロゴにあったペロブスカイト太陽電池の「しなやかさと軽さ」「多層コーティング」「低照度でも発電可能」「セルモジュール」といった特徴を抽象化させ表現しています。
ロゴタイプにある斜めの切れ込みは「太陽の光と 影」がモチーフであり、文字全体の丸みはペロブスカイト太陽電池の「しなやかさと軽さ」を表現しています。書面等、新しいロゴへは順次変更して参ります。しばらくは新・旧ロゴが混在いたしますが、ご了承いただきますようお願い申し上げます。
エネコートテクノロジーズは、これからもペロブスカイト太陽電池の実用化を目指し、より一層努めて参ります。今後とも、ご支援ご愛顧のほど何卒よろしくお願い申し上げます。
若宮教授の論文がNatureに掲載されました
EneCoat Technologies Raises Series C Round, Totaling 5.5 Billion Yen Accelerating development of proprietary perovskite cell technology that can diversify solar supply chains, support IoT devices and mobility applications
Our company was featured in the Wall Street Journal.
Our company was featured in the Wall Street Journal on 11 January 2024.
China’s Solar Dominance Faces New Rival: An Ultrathin Film
Please take a look.
コンテンツを公開しました
コンテンツを公開しました。
スタッフからの情報やブログなど、より充実した情報をお届けいたします。
Launching a verification operation of next generation solar cells (Perovskite Solar Cells) installed in IoT Co2 sensor terminal in Tokyo Metropolitan Government facilities.
EneCoat Technologies Co., Ltd (Head Office: Kumiyama-cho, Kuze-gun, Kyoto; President: Naoya Kato) has announced today a collaboration with Macnica, Inc. (Headquarters: Kohoku-ku, Yokohama; President: Kazumasa Hara), a total service and solution provider in semiconductors, networking, cyber security, and AI/IoT, and the Tokyo Metropolitan Government announced today that they have started verification operation of IoT CO2 sensor terminals equipped with perovskite solar cells (PSCs), which are considered a major next-generation solar cell technology, inside Tokyo Metropolitan Government facilities.
PSCs have excellent power generation performance both indoors and outdoors, and because they are thin, light, and bendable, they have a much wider range of applications compared to conventional solar cells, and can provide an independent power source anywhere as long as there is a light source, from small devices around us to in-car power sources, wall mounting, and space applications.
Enecoat has developed PSCs optimized for IoT terminals in terms of power generation capacity and shape, and has been conducting verification operation of air quality sensors employing PSCs made by Enecoat in collaboration with Macnica since last year and to further materialize the efforts, the agreement for the verification operation was signed by Macnica, the Tokyo Metropolitan Government, and EneCoat. By having the Tokyo Metropolitan Government provide offices within the Tokyo Metropolitan Government Building as an environment for air quality monitoring operation, Macnica, the Tokyo Metropolitan Government, and EneCoat will be able to further advance the study and verification of the mass production of IoT sensors equipped with PSCs.
■Roles in the Demonstration Experiment
Macnica Corporation:
Provision of sensors and systems with perovskite solar cells, installation, measurement, dissemination of the project, etc.
Tokyo Metropolitan Government:
Provision of Tokyo Metropolitan Government facilities for the verification experiment, overall coordination of the project, dissemination of the project, etc.
EneCoat Technologies Inc:
Provision of perovskite solar cells, verification of power generation performance, dissemination of the project, etc.
EneCoat is a Kyoto University startup established in 2018 to commercialize the research results of Atsushi Wakamiya’s laboratory at the Institute for Chemical Research, Kyoto University, and has positioned as a corporate mission to contribute to (1) the promotion of IoT by devices using highly efficient solar cells for low illumination and (2) the realization of a carbon neutral society by lightweight thin film solar cells for high illumination.
Taking the opportunity of the development of the IoT CO2 sensor, EneCoat will expand its lineup of high-performance PSCs for sensors and wearable devices, aiming to start production by the end of 2024.