1 Energy Information Management System - Data Acquisition - Communication Network - Data Management - Data Analytics - Data Visualization 9 3 Advanced ACMV 2 Building envelopes and Systems Facade Systems - Demand-Based Controls - Reduced Thermal Conductivity - Cooling Plant Optimization of Construction Material - Data Center Optimization - Radiant Cooling Technologies 4 Advanced Lighting Technologies Business Models and Incentivizing Adoption and User Behavior - Interactive Solutions to Drive Energy, Water, Waste Reductions 8 Renewable Energy - 5 MWp PV Installation - Solar Thermal PVT 5 N 6 7 Distributed Energy Generation and Smart Grid - VFB-EES Shows the Greatest Potential for Large-Scale Storage Application Alternative Low-Carbon Transport - Wireless Battery Charging - Electric Bus Fleet - Supercapacitor for Charging Electric Vehicle Bus Waste and Water Reduction, Reuse, and Recycling - Solid Organic and Liquid Waste Treatment Plant Figure 2. The Eco Campus floor plan. ACMV: air-conditioning and mechanical ventilation, VFB-EES: vanadium-flow battery electrical energy storage, PVT: PV thermal (hybrid), CTP: clean tech park, NIE: National Institute of Education. Figure 3. A bird's-eye view of the Eco Campus's PV-installed buildings. (Photo courtesy of NTU.) 78 I E E E E l e c t r i f i c ati o n M agaz ine / j un e 2017