SPACECOOL Selected for Joint Participation with Osaka Gas and Four Other Companies in a ” public appeal for demonstration tests in Yumeshima” Sponsored by the Japan Association for the 2025 World Exposition and Osaka Chamber of Commerce | SPACECOOL INC.
Press releases

SPACECOOL Selected for Joint Participation with Osaka Gas and Four Other Companies in a ” public appeal for demonstration tests in Yumeshima” Sponsored by the Japan Association for the 2025 World Exposition and Osaka Chamber of Commerce

Press releases

SPACECOOL Selected for Joint Participation with Osaka Gas and Four Other Companies in a ” public appeal for demonstration tests in Yumeshima” Sponsored by the Japan Association for the 2025 World Exposition and Osaka Chamber of Commerce

We are happy to announce that the joint proposal submitted by SPACECOOL INC. (CEO: Takayuki Hoshuyama) (which was competing against an initial 39 proposals offered in response to public appeal) has passed through the final selection process, to participate in the “demonstration tests in Yumeshima”. Yumeshima is the venue for the Expo 2025 Osaka, Kansai, sponsored by the Japan Association for the 2025 World Exposition and the Osaka Chamber of Commerce and Industry, and SPACECOOL will collaborate with Osaka Gas and four other companies who made the joint proposal to conduct the demonstration tests there.

1. Name of demonstration test

“SPACECOOL” Radiative Sky Cooling Material Value Verification Demonstration Test

2. Responsible organization: Jointly participating companies

Representative corporation: Osaka Gas Co., Ltd.

Jointly participating companies: NTN Corporation, KANBO PRAS CORPORATION, SPACECOOL INC., Seiritsu Industry Co., Ltd., Takenaka Corporation

3. Summary of tests

Osaka Gas successfully developed “SPACECOOL”, a radiative sky cooling material which lowers its temperature below that of the surrounding air in direct sunlight and without electricity, by radiating heat into space. Subsequently, SPACECOOL INC. was established to conduct full-scale sales of this material, which achieves one of the highest levels of cooling performance in the world (as much as 6°C lower than the ambient temperature during the day).

In collaboration with diverse enterprises, the demonstration tests in Yumeshima will evaluate the value of radiative sky cooling materials in various hypothetical applications with regard to energy conservation, economy, comfort, and safety.

NTN will cover the exterior of its “N3 N-Cube” (an independent mobile power supply which adds mobility to renewable energy generation) with SPACECOOL and evaluate its effectiveness.

KANBO PRAS will use a tent fabric that combines tent material and SPACECOOL to manufacture and install test tents for evaluation.

Takenaka Corporation and Seiritsu Industry will verify the effectiveness of SPACECOOL applied to electrical service panels.

4. Company Overview

SPACECOOL INC. is an open innovation joint venture between WiL, LLC and Osaka Gas Co., Ltd. We develop and sell “SPACECOOL”, a radiative sky cooling material to ameliorate hot environments.

Head office 4F ARCH, Toranomon Hills Business Tower, 1-17-1 Toranomon, Minato-ku, Tokyo, Japan
Representative Takayuki Hoshuyama, CEO
Established April 1, 2021
Shareholder distribution WiL 51%, Osaka Gas 49%
Business overview Sales and consulting related to energy conservation; sales and consulting for products intended to improve the environment.
Vision Bring coolness in the shade of trees to the world
Website https://www.spacecool.jp/

Reference

Sponsors Japan Association for the 2025 World Exposition, Osaka Chamber of Commerce and Industry
Application period Monday, January 18 to Friday, February 19, 2021
Test location Planned site of the World Expo in Yumeshima, Osaka
Number or proposals 39
Number of selected proposals Number of selected proposals
10 (Number of candidates for demonstration test: 9)
Related website https://www.expo2025.or.jp/news/news-20210531/

* Moving forward we will make various adjustments to the selected proposal as necessary to carry out the demonstration test. Consequently, the content, scale, and location of the test may be subject to change.

Inquire about this project

SPACECOOL INC.

https://www.spacecool.jp/en/contact/

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Our new material creates comfortable cooling while avoiding over reliance on using energy like electricity.
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