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Southeast Asia Energy Outlook 2019
…but a number of power systems in the region are facing significant financial strains.Since 2000, overall energy demand has grown by more than 80% and the lion’s share of this growth has been met by a doubling in fossil fuel use. Oil is the largest element in the regional energy mix and coal – largely for power generation – has been the fastest growing. This has underpinned the region’s development and industrial growth, but has also made air pollution a major risk to public health and driven up energy-related carbon dioxide (CO2) emissions.Southeast Asia has considerable potential…
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Achieving a Net Zero Electricity Sector in Viet Nam
…hydrogen and ammonia – as potential options. Key outcomes of the analysis include the identification of important milestones on the road to net zero, including for the deployment of renewables, interim emissions targets and the coal phase-out schedule, while highlighting key challenges.This roadmap also discusses the role of energy efficiency, quantifies power sector investment needs and assesses the affordability of electricity supplies to 2050 and lays out strategies to ensure the reliability and security of the electricity supply while integrating rising shares of variable renewables. The project benefitted from engagement and feedback from the government of Viet Nam and…
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Southeast Asia Energy Outlook 2022
…“Russia”) invasion of Ukraine. Covid-19 led to a major economic shock for countries in Southeast Asia and the economic recovery now risks being slowed by higher energy prices. In the run up to the UN Climate Change Conference (COP26) in November 2021, several governments in Southeast Asia announced ambitious targets for reaching neutrality and curbing reliance on coal-fired power.Against this backdrop of new uncertainties and ambitions, this IEA report explores possible trajectories for Southeast Asia’s energy sector, differentiated primarily by the policies pursued by governments across the region. It relies on the scenarios included in the…
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Decarbonisation Pathways for Southeast Asia
G7 report The International Energy Agency (IEA) and the Institute of Energy Economic, Japan (IEEJ) have developed and published long-term decarbonisation pathways for Southeast Asia and Indonesia. This paper provides a comparison of modelling approaches, quantitative drivers, and results from the IEA and IEEJ pathways, highlighting areas of agreement, as well as identifying and explaining differences, and thereby to derive implications. The IEA pathway used in the comparison is the Announced Pledges Scenario (APS) from the World Energy Outlook 2022 and the Energy Sector Roadmap to Net Zero Emissions in Indonesia. The IEEJ pathway is the net zero CO2…
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Climate Impacts on South and Southeast Asian Hydropower
Hydropower accounts for 14.5% of total electricity generation in South and Southeast Asia, with a total hydropower installed capacity of 117 GW. The installed hydropower capacity is expected to grow further in order to meet the region’s growing electricity demand and electricity export opportunities, and to maximise the merits of a cost-effective and flexible low-carbon power source. However, climate change poses an increasing challenge to South and Southeast Asian hydropower with rising temperatures, extreme rainfall patterns, melting glaciers, and increasing occurrence of extreme weather events.This report aims to support South and Southeast Asian hydropower in…
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Efficient Grid-Interactive Buildings
Future of buildings in ASEAN A future with net zero emissions requires scaling up improvements in energy efficiency, electrification of end uses and renewable energy generation. For the Association of Southeast Asian Nations (ASEAN), a growing population and rising standards of living will massively increase future energy demand. Mitigating growing electricity demand and integrating renewable energy into electricity generation will therefore be paramount for the region’s clean energy transition and avoid lock-in of additional fossil fuel generation. The intermittent nature of variable renewable energy and increasing deployment of distributed energy resources are putting additional pressure on existing grids…
