EcoCampus
The EcoCampus Initiative was launched in April 2014 to serve as platform to bring together Academia, Agencies, and Industrial Partners to collaborate in RD&D projects using NTU Singapore as a Living Lab Testbed. These collaborations have allowed us to successfully achieve and be on track to our set targets and goals.
The EcoCampus Initiative will come to a close in 2021, merging ongoing activities progressively with those of ERI@N’s Smart Sustainable Building Technology group and other NTU programmes.
For more information or opportunities for collaboration, please contact Mr Alex Chong at [email protected]
The following lists projects led under the EcoCampus Initiative by Area. For more information, please contact Mr Alex Chong at [email protected]
| Project | Collaborator |
| Demand Control Ventilation for Energy Reduction in Laboratories | Aircuity, Joule Air |
| Passive Displacement Ventilation PDV Ventilation (PDV) based system for energy efficient cooling in tropics | Air T&D |
| Liquid Immersion Cooling for Data Centres in the Tropics | AlfaTech, 3M |
| Optimization of Chilled Water Systems using a Belimo Energy ValveTM: A Case Study in the Tropics | Belimo |
| Low pressure drop filters for enhanced indoor air quality experience in haze situations | Camfil |
| OHSaver optimization tool testing at Chiller plant on campus | Hitachi |
| High Energy Performance material for tropical building envelopes | MagorTherm |
| CO2 based heat pumps for hot water applications | Mitsubishi |
| New Generation Thermal Insulation Film for Fenestration in the Tropics | Nitto |
| Building-wide Wireless Sensor Network for indoor air quality monitoring | NXP |
| Chilled Ceiling concept for energy efficient indoor cooling in tropics | SGL Group |
| Intelligent, Demand-Based, Algorithmic Chiller Optimization for Buildings in the Tropics | Siemens |
| Project | Collaborator |
| Power mix management – microgrid solution on NTU campus | Alstom, EDB Singapore |
Smart Community Solution for Energy Management | DNV-GL, Green Koncepts |
| Demonstration of a full package Vanadium Redox flow battery solution for back-up power | Gildemeister |
| Cloud Based Urban (Micro) Grid Information and Management System | Greensync |
| Identification of Critical Parameter of Energy Management Strategy for Demand Response Participation in Academic Buildings | Greensync |
| Smart AC and DC Management Systems for Green Buildings | Murata |
| DC Renewable Connected Building Grid for Wireless Intelligent LED Lighting System (WiLLs) | Philips, JTC |
| Project | Collaborator |
| Full electric flash charging (15 seconds) shuttle vehicles with charging infrastructure | Bollore |
| Personal Mobility Solution Research for Campus and Beyond | Groupe PSA |
| Quick charging autonomous shuttle vehicles for tropical urban cities | Navya |
| Mobility-as-a-Service (MaaS) Testbed and Research | SMRT, JTC |
| Project | Collaborator |
| Integrated Approach for Thermal Comfort and Energy Efficiency Management in Buildings | Azbil |
| Benchmarking of the NTU Energy Intensity for the Eco Campus Initiative | EcoCampus |
| 3D, Interactive & Dynamic Simulation Tool Using Virtual Environment and Multiphysics Modeling | IES |
| Energy Intensity Study, Embodied Energy Calculations within Life Cycle Assessment | Sustainable Earth Office NTU |
| Urban infrastructure optimization for Eco-Campus project | Veolia |
| Project | Collaborator |
| Sustainability Case Challenge: Chewing on Rationality | Earthlink NTU, EcoCampus |
| PowerZee | ENGIE |
Social Game for Building Energy Efficiency Experiment under the Eco Campus initiative | SinBerBest |
| BAGS&WORDS: Infrastructure Provision, Messaging, and Social Influence to Motivate Recycling in Singapore | Wee Kim Wee School of Communication and Information NTU |