The Mærsk Mc-Kinney Møller Institute – Odense, Denmark
The Mærsk Institute, part of the University of Southern Denmark, has implemented IoT Building Cloud in a 2,560 m² building. The system has not only optimized energy consumption and improved the indoor climate, but also identified hidden inefficiencies. Among other things, leaky windows were discovered in several offices, causing drafts and cold rooms, especially during winter, when the radiators had to work extra hard to heat the rooms. This insight has made it possible to address the issues and improve both comfort and energy efficiency, ensuring more sustainable operation.
Universiti Tenaga Nasional (UNITEN) – Malaysia, Indonesia
IoT Building Cloud was installed and tested in an international environment in UNITEN University’s library building in Malaysia, which covers 18,000 m². External users provided positive feedback and praised the system’s ability to provide deeper insight into the building’s energy consumption and indoor climate. The building’s solid concrete walls created challenges for signal strength, but the system’s advanced pairing algorithms ensured that the sensors were connected automatically without manual adjustments. The project provided valuable experience with installations in concrete buildings and demonstrated the system’s robustness and flexibility under demanding conditions.