Two experimental test sites — EEBLab1 and EEBLab2 — for energy-efficient smart building research. Explore the building in 3D, then step inside each lab.
We have deployed two experimental test sites, EEBLab1 and EEBLab2, to investigate energy-efficient approaches and technologies for smart buildings. The research focuses on three complementary aspects aimed at reducing energy consumption while maintaining adequate occupant comfort:
Together, EEBLab1 and EEBLab2 platforms provide a real-world Living Lab environment for designing, testing, and validating next-generation smart building technologies and energy management solutions. Both platforms leverage state-of-the-art IoT and data-driven technologies to enable real-time sensing, monitoring, and control. The deployed infrastructure continuously collects and processes data from distributed sensors, smart meters, renewable energy sources, storage systems, and electrical loads. This data supports the development and validation of AI-driven energy management and control strategies, including predictive analytics, fault detection, occupancy-aware control, demand-side management, renewable energy forecasting, and intelligent optimization of energy production, storage, and consumption. The platforms also provide a scalable Living Lab environment for evaluating digital twin technologies and advanced decision-support systems under real operating conditions.