Research
The ‘Technology Assessment and Decarbonisation Pathways’ programme addresses the following LEDS priority areas:
• Halving emissions from peak by 2050 and then reaching net zero later this century;
• Power generation; and
• Emerging technological solutions.
This programme is defined by rigorous integrated system modeling using a suite of analytical tools and techniques to deliver robust and defensible evaluations of
future energy, environment, and economic pathways under plausible future scenarios.
The ‘Technology assessment and decarbonisation pathways’ programme has several ongoing projects spanning multiple
LEDS priority areas. The following three research areas define ESI’s work in this area:
Singapore’s Decarbonisation Pathways
• To study the decarbonisation pathways for Singapore, and evaluate the contributions of different mitigation measures (e.g., technical, market, policy) to achieve national targets.Technical feasibility and business opportunities for low-carbon technologies in Singapore
• To conduct the technical/economic assessment of alternative and future low-carbon technologies (including solar, hydrogen and CCUS), and evaluate the opportunities and challenges of deployment at an industrial scale in Singapore.Energy Storage Systems: Opportunities, Challenges, and Business Models for Commercial Deployment in Singapore
• To undertake the technical/economic assessment of energy storage system, and evaluate the opportunities and challenges of commercial deployment in Singapore.Individually, these projects will sharpen our already deep understanding of technology and decarbonisation pathways. These projects enrich each-other by ensuring a holistic evaluation of technology options and the ways in which they can open or close alternative future pathways.
Contact person: Dr SU Bin
Email: subin@nus.edu.sg
The ‘Energy Consumption, Carbon Accounting and the Circular Economy’ programme addresses multiple LEDS priority areas.
The ongoing and planned future projects within this line of research have been carefully structured to provide a whole-of-economy understanding of energy consumption and embodied emissions in the goods and services
we use.
• Halving emissions from peak by 2050 and then reach net zero;
• Industry;
• Households; and
• Waste and water.
Building on past experience and ongoing projects, ESI is undertaking research under the ‘Energy Consumption, Carbon Accounting and the Circular Economy’ with ongoing research in the following thematic
areas:
Energy Services
• To analyse long-run trends in energy service demands in Singapore and across the South-East Asia region.• Cooling (economic & urban planners perspective)
• To analyse energy efficiency trends in Singapore and across the South-East Asia region.
Embodied carbon profiles and carbon calculators [life-cycle assessment (LCA)]
• To estimate embodied and operational carbon in the built environment (existing and/or planned), including land reclamation and key energy intensive industries such as data centers;• Carbon profiling in the manufacturing sector and its processes;
• Carbon profiling (and calculator) for transport infrastructure and services systems.
• Life cycle analysis for renewable energy infrastructure and transmission
Circular economy
• To examine how existing energy use and efficiency measures and tools should be adapted to measure energy circularity.Each of our workstreams in this programme is of stand-alone importance, yet all are mutually reinforcing. For this reason, bringing them together within this programme builds upon obvious synergies, enabling more concrete and coherent policy evaluation and recommendations.
Contact person: Mr Alvin EE
Email: esiaewl@nus.edu.sg
The ‘Strategies of Other Countries’ programme has been introduced to uniquely target the most ‘Singapore centric’ LEDS priority area and accelerated ambitions related to it: to achieve net-zero greenhouse
gas emissions by 2050.
Regulatory changes and levers utilised by jurisdictions to support the integration of low-carbon alternatives are constantly evolving. Furthermore, ‘rapid switches’ are being triggered across the
globe with all signs pointing towards the start of the ‘race to net zero’.
2050 is a target year adopted by many countries, while Singapore adopts more cautious commitments. However, the strategies of other countries will establish expectations for Singapore’s domestic policy,
in terms of both the timing and extent of policy commitment.
The ‘Strategies of Other Countries’ programme is structure around two ongoing major projects. Our research projects under this programme help to both sharpen and deepen ESI’s already rich expertise
in the areas of energy governance and energy security.
This will involve thought leadership through a combination of ESI developed research insights, and convening events to capture leading regional and international insights.
Carbon neutral strategies of other key jurisdictions
• To study net-zero strategies for policy formulation and implementation work to advance Singapore’s contributions to global climate action, prepare Singapore for the impact of climate change, and harness opportunities presented by a sustainable future.Decarbonisation strategies of other key economies
• To examine how key global decarbonisation trends are shaping the global low carbon energy transition and draw lessons for Singapore.Ultimately these projects will help to identify emerging and future energy policy and technological trends that can be adopted in Singapore, as well as review how relevant geopolitical considerations will affect Singapore’s energy landscape and its pathways.
Contact person: Dr YAO Lixia
Email: esiyaol@nus.edu.sg
The ‘Security of Supply’ programme addresses the following LEDS priority areas.
• Power generation;
• Emerging technological solutions; and
• Building international partnerships.
This programme builds upon a long tradition of research that ESI has undertaken into energy security. Key issues that are covered include but are not limited to: energy diplomacy, new trends in energy production
and consumption, resource nationalism and competition, the opening of new supply routes, the rise of national oil companies, the impact of new technologies, as well as global and regional developments that affect energy
supply and demand.
The ‘Security of Supply’ programme has ongoing projects tackling challenging regional and global energy supply chains and the consequences they may have to Singapore’s future
energy system: Cumulatively, these projects examine the geopolitical considerations, challenges and opportunities associated with Singapore’s various energy options including energy imports from a regionally interconnected
electricity grid.
Research projects under this programme help to expand ESI’s already awareness in the areas of energy governance and energy security.
This will involve thought leadership through
a combination of ESI developed research insights, and convening events to capture leading regional and international insights.
International security of supply
To help Singapore understand and manage its energy security risks as it moves towards low carbon energy options.This project looks into five areas including:
• Regional power grids
• Hydrogen
• Carbon capture utilisation and storage (CCUS)
• Solar power
• Natural gas markets
ASEAN Energy Interconnection and Energy Security
• To examine the viable pathways and the technical, economic and geopolitical prospects for a regional power grid between Singapore and its ASEAN partners.These projects have complementary research areas in terms of their focus on electricity imports by Singapore from an interconnected power grid.
Contact person: Dr ZHONG Sheng
Email: esizs@nus.edu.sg
The ‘Carbon Pricing and Climate Finance’ programme will develop and maintain market insights that addresses two LEDS priority areas:
• Cross-sectoral measures; and
• Seizing growth opportunities.
The programme will evaluate the empirical (ex-post) and potential (ex-ante) impacts of changes in carbon pricing both within Singapore and by other economies (carbon tax and the carbon border adjustment mechanism
or CBAM) on Singapore’s decarbonisation and economy.
To do so requires understanding mandatory carbon pricing schemes and also to monitor and evaluate the suite of internal carbon pricing practices emerging
around the world.
These will be used to draw out implications for Singapore’s future carbon pricing strategies.
The research tracks under this programme span closely related subject matter but
differ in terms of geographic focus, and in turn the depth of analysis and specificity of policy prescription they can offer.
Together our projects are mutually reinforcing, and will enable project teams to acquire
a more comprehensive understanding of carbon pricing issues and provide more practical recommendations for Singapore’s future policy design.
The current phase of the research programme ‘Carbon Pricing
and Climate Finance’ is built on three core pillars:
Carbon pricing in Singapore
• To assess the impacts of domestic and international carbon pricing schemes (carbon tax and CBAM) to Singapore’s decarbonisation efforts and economy and provide policy recommendations for Singapore’s future carbon pricing.Carbon pricing strategies of other key economies
• To give an overview of the mandatory carbon pricing schemes and internal carbon pricing around the world and draw out implications for Singapore’s future carbon pricing from selected key economies’ experience.International Development Finance for Climate Change Mitigation and Adaptation
• To compare working mechanisms of the existing global climate-related funds and draw implications for the design and operation of the new Loss and Damage Fund• To evaluate the impacts of development finance
• To explore the role of Singapore, as a regional leader, in the international finance for climate change mitigation and adaptation in lower-income developing countries.
Contact person: Dr KIM Jeong Won
Email: esikjw@nus.edu.sg
About the Project
The Energy Studies Institute (ESI) of NUS is undertaking a research project entitled “Nuclear Safety Governance: Best Practices, Lessons Learned and Future Prospects”. This two-year project began in January 2020.
It builds on the previous project “Policy and Law for Nuclear Safety and Security”, which involved collaboration between ESI and NUS’s Centre for International Law and ended in June 2019.
Dr.
Philip Andrews-Speed, Senior Principal Fellow at ESI, is the principal investigator for the project.
Please click here for more information.
Philip Andrews-Speed, THE GOVERNANCE OF NUCLEAR POWER IN CHINA, Journal of World Energy Law and Business, 13 (1) (2020), 23-46.
Philip Andrews-Speed, SOUTH KOREA'S NUCLEAR POWER INDUSTRY: RECOVERING FROM SCANDAL, Journal of World Energy Law and Business, 13 (1) (2020), 47-57.
Philip Andrews-Speed, GOVERNING NUCLEAR SAFETY IN JAPAN AFTER THE FUKUSHIMA NUCLEAR ACCIDENT: INCREMENTAL OR RADICAL CHANGE? Journal of Energy and Natural Resources Law 38 (2) (2020), 161-181.
Nur Azha Putra and Victor Nian Represent ESI at World Nuclear University’s Strategic Leadership Academy 2021 Programme
ESI Research Associate Nur Azha Putra and Senior Research Fellow Victor Nian participated in the World Nuclear University’s first iteration of its Strategic Leadership Academy 2021 programme. Read more
4th Annual Meeting of ASEAN Network on Nuclear Power Safety Research (ASEAN NPSR)
ESI Research Associates, Mr. Nur Azha Putra and Ms. Ira Martina Drupady along with colleagues from the ASEAN Member States attended the three-day event, which was organised by this year’s host, the NUS Singapore Nuclear Research and Safety Initiative.
Read more
Nur Azha Putra presented on ASEAN's civilian nuclear governance at IAEA technical meeting on nuclear microreators
ESI Research Associate, Mr. Nur Azha Putra along with colleagues from the National Environment Agency and the Singapore Nuclear Research and Safety Institute attended the four-day event, which was organised by the International Atomic Energy Agency. Read more