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Modulex Co., Ltd. Awarded Letter of Appreciation from The University of Electro-Communications at e-Nexus Building Completion Ceremony

NQ Score 73/100
N1 Content Completeness 8

AI Summary (NQ-processed)

Modulex Co., Ltd., a company specializing in integrated environmental solutions, provided lighting design, 165 lighting fixtures, and an integrated environmental control system to The University of Electro-Communications' co-creation hub "e-Nexus" building. A letter of appreciation was awarded by the university at the e-Nexus building completion ceremony held on January 30, 2026. This system features addressable lighting control that utilizes open technology and AI to optimize human comfort and energy consumption. Goro Yodo, Representative Director of Modulex, was appointed Visiting Professor at UEC on July 1, 2023, and is promoting industry-academia collaboration on the social implementation of energy management. The e-Nexus building is ZEB Ready certified and serves as a demonstration site aiming to establish a "co-creation evolutionary autonomous distributed energy network."

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Frequently Asked Questions

Q: Who led Modulex Co., Ltd. and what did the company contribute to the e-Nexus building?
A: Modulex Co., Ltd. is led by Representative Director and President Goro Yodo, and it contributed lighting design, 165 donated lighting fixtures, and an integrated environmental solution.
Q: When was the e-Nexus facility inaugurated and what does its technology prioritize?
A: The e-Nexus facility was inaugurated on January 30, 2026, and its open technology prioritizes comfort, sustainability, and scalability based on design thinking.
Q: From whom did Modulex Co., Ltd. receive a letter of appreciation at the ceremony?
A: Modulex received the letter of appreciation from Shunichi Tano, who was then the President of The University of Electro-Communications.
Q: What explanation did Goro Yodo provide regarding the addressable lighting system installed in the facility?
A: He explained that each lighting fixture has an individual address, can be controlled via open communication protocols, and allows researchers and students to design and verify control logic through APIs.
Q: What did the subsequent demonstration during the e-Nexus ceremony showcase using AI?
A: The demonstration showcased an AI-based control concept that optimizes the relationship between human comfort and energy consumption by dynamically adjusting the light spectrum and centroid.