ISCN 2019 - Assessing SDGs Implementation Within Universities
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The document outlines plans for NTU's EcoCampus Living Laboratory initiative. The goals are to reduce campus energy, water and waste intensity by 35% by 2020 using 2011 as a baseline, through research collaboration between academia and industry. Key areas of research include green building systems, renewable energy integration, sustainable mobility, and analyzing user behavior for energy conservation. The campus has already implemented various renewable energy and efficiency projects. If successful, EcoCampus aims to be a model for the most sustainable, smart and technologically advanced campus worldwide.
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ISCN 2019 - Assessing SDGs Implementation Within Universities
- 1. 1 EcoCampus Living Laboratory - 35% Towards The Greenest Campus in the World Ryan Jin Zhanhe Project Manager
- 2. 2 Site Overview NIE: National Institute of Education NTU: Nanyang Technological University CTP: Clean Tech Park Learn. Work. Play. Live. 33,000 7,000 14,000
- 3. 3 • The Triple Helix approach innovation ecosystem, bringing in government, academia, and industry together in a 3P partnership framework. NTU Approach
- 4. 4 EcoCampus Framework 35% Reduction in energy, water and waste intensity* Education & Research Living Laboratory Industry Collaboration * By 2020 (using year 2011 as baseline)
- 5. 5 EcoCampus Launch 30th April 2014 Mission: Accentuating innovation and green growth for sustainability Goal: To be the greenest campus in the world! In collaboration with: Supporting Agency partners:
- 6. 6 2013 - 2018 2016 ~ 2020 2011-2013 Testbedding Verification & Documentation Awareness Energy, water and waste reduction Implementation 10% 20% 35% EcoCampus Roadmap Development Phase • Energy Saving at NIE • E-10 Initiative at NTU • Energy Efficiency Awareness Phase 1 • RD&D projects • New Construction • Existing Building Maintenance Phase 2 • Capital Expenditure Driven • Best Solution Implementation • Commissioning and Review • Best Practice Guidelines
- 7. 7 Research Topics 1 Green building systems for the tropics • Tropical façade and lighting • Energy efficient IAQ provision (cooling, ventilation & dehumidification systems) • Innovative Data centre cooling 2 Sustainable Urban mobility • Electric Vehicles and charging systems • Efficient Public mover/shuttle vehicles • Smart Personal Mobility concepts 3 Renewable energy integration/Smart Grids • Smart microgrid management with AC/DC architecture • Efficient and low-cost Energy Storage systems • Demand Response Management 4 Energy Information Analytics • Wireless Sensors and communications • Smart Metering & Monitoring systems • Big Data analytics 5 User Behaviour for Energy Conservation • Gamification and Sociological concepts for user engagement • Behavioral economics for energy savings Urban Energy Efficiency & Sustainable Energy
- 8. 8 Green Building Systems1 RE Integration & Smart Grids2 Sustainable Urban Mobility3 Energy Modelling & Analytics4 User Behavior5 Innovative tropical cooling Envelope, Facades & Lighting Industry Collaborations
- 9. 9 RD&D Projects Mobility as a Service (MaaS) Testbed More than 10,000 unique registered app users Digitalization of Campus shuttle buses 4000+ passengers on GRT AV Trial in NTU Aug ‘17 to May ‘18 Hall 12 - 15 1000 daily e-scooter trips are made, with an average distance of 1.3km. 900+ Obike Trips monthly 2,000+ On- demand shuttle bus Industry partner
- 10. 10 Campus data YTD Actual Performance: Energy
- 11. 11 Implementation Renewable Energy Adoption 5MWp Rooftop Solar PV Implementation (meets 5% of campus energy needs)
- 12. 12 Awards & Recognition Awarding body Award International Sustainable Campus Network Excellence in Integration Award: 2015 SEC-Lee Foundation Singapore Environmental Achievement Award (Public Sector) Southwest Eco Award: Community Partner 2015 Green Mark PlatinumSTAR Champion Award 2016
- 13. 13 ECHO Taskforce Smart, Eco & Healthy ONE NTU
- 14. 14 Vision: Most Sustainable, Smart & Technologically Advanced Campus in the world Five Bold Ideas for 2021: 1. 10% energy from Renewables zero Emissions 2. Smart Energy Efficient Campus in tropics 3. Smartest and most energy efficient Building in tropics 4. Smart Mobility Solutions 5. Smart Campus sandbox and Innovation Ecosystem 1 2 3 4 5
- 15. 15 Beyond NTU Campus NanRise is a spin off consulting and Investment Company from the Nanyang Technological University of Singapore, with specific focus on accelerating technological innovation commercialization in sustainable urban development in the AIC (ASEAN, India and Greater China) region. www.nanrise.sg
- 16. 16 THANK YOU Energy Research Institute @ NTU http://erian.ntu.edu.sg/Pages/Home.aspx d-ERIAN@ntu.edu.sg (65) 6592 1674 EcoCampus- Singapore www.ecocampus.sg ecocampus@ntu.edu.sg Sustainable Earth Office www.Sustainapore.sg seo@ntu.edu.sg RyanJin@ntu.edu.sg
Editor's Notes
- EcoCampus is a living lab program where NTU uses its campus a test ground for latest green technologies along with its industry partners. The program is hosted under the Sustainable Earth Office at NTU and championed by the Energy Research Institute at NTU.
- The NTU Campus site is a fairly large testing ground with more than 200 buildings with a variety of functions such as office, lecture rooms, laboratories, commercial and residential buildings. Its almost like a mini-city and hence a good living lab for sustainable technology development.
- The three pillars of EcoCampus are shown here viz. Research/Education, Living Lab concept and Industry Collaboration. Each of them is an important aspect of the framework in order to develop innovative technologies towards eventual commercial adoption. The campus has set a goal of achieving 35% reduction in energy, water and waste intensity over the period of 10 years by adopting green technologies. The 35% target is achievable, yet ambitious as a whole campus target and is in tune with Singapore’s commitment to reduce its carbon intensity by 36% by 2030 as per the Paris agreement.
- The Program was officially launched in April 2014 in collaboration with Government agencies and industry partners. The mission highlights it as a national program with economic development and sustainability as its corner stones.
- This shows the program roadmap. The testbeding phase help select technologies that are now been adopted in the Phase2 of large-scale campus-wide implementation to achieve 35%. An important aspects of the program is documentation and development of industry guidelines and best-practices sharing.
- These are the research topics and focus areas under the Energy domain
- These are the industry partners affiliated to the program. Each of them has a 1-2 years RD&D project and benefits from research to adapt their technologies to the tropical environment and also having a demo site where they can bring their customers to.
- This is the actual energy performance of the campus. As of last year 24% savings in energy across the campus have been achieved.
- The campus has adopted a large amount of renewable energy in form of rooftop solar PV. Most of the campus rooftops are already fully covered with Solar.