By Han Phoumin
Residents in many of ASEAN's most polluted cities have been delighted to observe significant decreases in pollution as a result of COVID-19 lockdown measures that have disrupted the economy and thus many pollution-causing activities.
However, as governments begin lifting restrictions and business activities return, so too will the demand for energy. Economic recovery could see carbon dioxide (CO2) emissions bounce back quickly. Indeed, global data from late May shows record-high CO2 levels as countries start reopening their economies.
But with all the tragedy caused by the COVID-19 pandemic, perhaps there can be a silver lining in terms of how we navigate ASEAN's energy transition, if we can embrace renewable energy (RE) and clean technologies. COVID-19 seems to be accelerating the adoption of several pre-pandemic trends like digitalization and robotics. Perhaps decarbonization can be another.
The post-Covid-19 economic recovery will drive increased energy demand. ASEAN's energy mix greatly relies on fossil fuels that are a big source of emissions. To ensure the region's energy sustainability, development and healthy environment, this rapid increase in demand will need coordinated management and appropriate energy supply infrastructure and investment. Investment in renewable energy and clean technologies still faces instability and high costs.
Thus, energy policy targets and clean technologies' penetration into energy systems will need to be promoted by ASEAN leaders. Investments in low-carbon technologies and renewables are key to managing the energy transition toward cleaner use of energy and addressing emissions.
The ASEAN Plan of Action for Energy Cooperation (APAEC) Phase 2, which is under preparation for endorsement at the ASEAN Ministers on Energy Meeting this year, will set key energy policy targets and will have significant policy implications for energy infrastructure-related investment in the region. Key targets include the revision of the new energy efficiency and conservation target from 30 percent energy intensity reduction by 2025 (based on 2005 levels) to more ambitious levels ― with a likely new target of 35-40 percent reductions ― and will involve expansion of energy efficiency measures for transport and industries.
APAEC Phase 2 will also establish a new sub-target for the share of renewables in installed power capacity that will complement the existing target of 23 percent in the total primary energy supply by 2025. In addition, APAEC Phase 2 will include policy measures to pursue smart grids and RE grid integration, and measures to address emerging and alternative technologies such as hydrogen, energy storage, bioenergy, nuclear energy, climate change and decarbonization, energy investment and financing and private-sector participation.
However, ASEAN will need to do more to lay out a clear energy transition strategy to deal with the mix of fossil fuels and new and clean technologies.
While economic growth has increased the affordability of REs around the world, many emerging economies are still in the early stages of development and may not have sufficient funds. For ASEAN members who can afford more investment in REs, an important concern is the need for electricity storage and smart grids to support higher RE penetration into the electricity sector. Smart-grid technologies are already making big contributions to electricity grids in some developed countries of the OECD.
However, these technologies are undergoing continual refinement and hence are vulnerable to potential technical and non-technical risks. RE growth will thus be constrained by infrastructure development as well as by the evolution of technology, including the capacity to assess and predict the availability of RE sources. These capacities offer additional benefits, notably the promise of higher reliability and overall electricity system efficiency.
In terms of the global climate narrative, REs provides a promising prospect for the world's energy sector. ASEAN countries would be smart to follow the same trend as the rest of the world and expand their RE industries. Due to technological advances, the great growth potential of RE in the future will come from wind, solar and biofuel power that will be competitive with traditional fossil fuels. Among the ASEAN economies, there is also ample scope for growth in hydroelectricity, particularly in relatively less developed economies such as Cambodia, Myanmar and Laos. In several ASEAN countries, there is also potential for growth in geothermal energy.
The largest reduction of CO2 emissions is expected in the power sector, as a result of introducing renewable energy as much as possible. To realize a high penetration of renewables in the power system, huge investment is required in power system integration through the internet of things (IoT) that enables the coordination of the balance between (1) distributed power generation (e.g. wind power plants, mega-solar photovoltaic (PV) plants, rooftop solar PV systems on buildings), (2) market systems, (3) demand response technologies and (4) information technology (IT, i.e. data acquisition and communication).
Coordinated power system integration through IoT is known as a "smart grid system." This consists of complex arrangements of infrastructure and digital technologies whose functions depend on many interconnected elements. As European Union countries have achieved a high penetration of renewables using the smart grid system, ASEAN may have much to learn from them.
To bridge from the current energy system to a future cleaner energy system, ASEAN will need to consider the role of the cleaner use of fossil fuels and the innovative technologies that can reduce CO2 and greenhouse gas emissions. Given that the energy sector accounts for two-thirds of global greenhouse gas emissions, urgent steps are needed to decarbonize the energy sector through development of a low-carbon economy that requires the rapid deployment of clean fossil fuel technologies, renewable energy development and a doubling of energy efficiency.
Taking the opportunity of COVID-19, ASEAN's leaders will need to act boldly to increase RE investment and clean technologies in the energy mix to formulate energy policies such as the removal of fossil fuel subsidies that discourage investment in RE. If ASEAN leaders are complacent or lack bold action, energy consumption and the resultant emissions are likely to surpass pre-pandemic levels. Thus, it is important for leaders in ASEAN to act now for energy policy changes toward more renewables and clean technology investment for decarbonizing the emissions.
The writer is a senior energy economist at the Economic Research Institute for ASEAN and East Asia (ERIA).The views expressed here are personal and do not reflect ERIA's position.
 |
| Han Phoumin |
However, as governments begin lifting restrictions and business activities return, so too will the demand for energy. Economic recovery could see carbon dioxide (CO2) emissions bounce back quickly. Indeed, global data from late May shows record-high CO2 levels as countries start reopening their economies.
But with all the tragedy caused by the COVID-19 pandemic, perhaps there can be a silver lining in terms of how we navigate ASEAN's energy transition, if we can embrace renewable energy (RE) and clean technologies. COVID-19 seems to be accelerating the adoption of several pre-pandemic trends like digitalization and robotics. Perhaps decarbonization can be another.
The post-Covid-19 economic recovery will drive increased energy demand. ASEAN's energy mix greatly relies on fossil fuels that are a big source of emissions. To ensure the region's energy sustainability, development and healthy environment, this rapid increase in demand will need coordinated management and appropriate energy supply infrastructure and investment. Investment in renewable energy and clean technologies still faces instability and high costs.
Thus, energy policy targets and clean technologies' penetration into energy systems will need to be promoted by ASEAN leaders. Investments in low-carbon technologies and renewables are key to managing the energy transition toward cleaner use of energy and addressing emissions.
The ASEAN Plan of Action for Energy Cooperation (APAEC) Phase 2, which is under preparation for endorsement at the ASEAN Ministers on Energy Meeting this year, will set key energy policy targets and will have significant policy implications for energy infrastructure-related investment in the region. Key targets include the revision of the new energy efficiency and conservation target from 30 percent energy intensity reduction by 2025 (based on 2005 levels) to more ambitious levels ― with a likely new target of 35-40 percent reductions ― and will involve expansion of energy efficiency measures for transport and industries.
APAEC Phase 2 will also establish a new sub-target for the share of renewables in installed power capacity that will complement the existing target of 23 percent in the total primary energy supply by 2025. In addition, APAEC Phase 2 will include policy measures to pursue smart grids and RE grid integration, and measures to address emerging and alternative technologies such as hydrogen, energy storage, bioenergy, nuclear energy, climate change and decarbonization, energy investment and financing and private-sector participation.
However, ASEAN will need to do more to lay out a clear energy transition strategy to deal with the mix of fossil fuels and new and clean technologies.
While economic growth has increased the affordability of REs around the world, many emerging economies are still in the early stages of development and may not have sufficient funds. For ASEAN members who can afford more investment in REs, an important concern is the need for electricity storage and smart grids to support higher RE penetration into the electricity sector. Smart-grid technologies are already making big contributions to electricity grids in some developed countries of the OECD.
However, these technologies are undergoing continual refinement and hence are vulnerable to potential technical and non-technical risks. RE growth will thus be constrained by infrastructure development as well as by the evolution of technology, including the capacity to assess and predict the availability of RE sources. These capacities offer additional benefits, notably the promise of higher reliability and overall electricity system efficiency.
In terms of the global climate narrative, REs provides a promising prospect for the world's energy sector. ASEAN countries would be smart to follow the same trend as the rest of the world and expand their RE industries. Due to technological advances, the great growth potential of RE in the future will come from wind, solar and biofuel power that will be competitive with traditional fossil fuels. Among the ASEAN economies, there is also ample scope for growth in hydroelectricity, particularly in relatively less developed economies such as Cambodia, Myanmar and Laos. In several ASEAN countries, there is also potential for growth in geothermal energy.
The largest reduction of CO2 emissions is expected in the power sector, as a result of introducing renewable energy as much as possible. To realize a high penetration of renewables in the power system, huge investment is required in power system integration through the internet of things (IoT) that enables the coordination of the balance between (1) distributed power generation (e.g. wind power plants, mega-solar photovoltaic (PV) plants, rooftop solar PV systems on buildings), (2) market systems, (3) demand response technologies and (4) information technology (IT, i.e. data acquisition and communication).
Coordinated power system integration through IoT is known as a "smart grid system." This consists of complex arrangements of infrastructure and digital technologies whose functions depend on many interconnected elements. As European Union countries have achieved a high penetration of renewables using the smart grid system, ASEAN may have much to learn from them.
To bridge from the current energy system to a future cleaner energy system, ASEAN will need to consider the role of the cleaner use of fossil fuels and the innovative technologies that can reduce CO2 and greenhouse gas emissions. Given that the energy sector accounts for two-thirds of global greenhouse gas emissions, urgent steps are needed to decarbonize the energy sector through development of a low-carbon economy that requires the rapid deployment of clean fossil fuel technologies, renewable energy development and a doubling of energy efficiency.
Taking the opportunity of COVID-19, ASEAN's leaders will need to act boldly to increase RE investment and clean technologies in the energy mix to formulate energy policies such as the removal of fossil fuel subsidies that discourage investment in RE. If ASEAN leaders are complacent or lack bold action, energy consumption and the resultant emissions are likely to surpass pre-pandemic levels. Thus, it is important for leaders in ASEAN to act now for energy policy changes toward more renewables and clean technology investment for decarbonizing the emissions.
The writer is a senior energy economist at the Economic Research Institute for ASEAN and East Asia (ERIA).The views expressed here are personal and do not reflect ERIA's position.
![[INTERVIEW] Yoo Ah-in on his portrayal of cult leader in 'Hellbound'](https://img.koreatimes.co.kr/upload/thumbnailV2/e124eb2f1fcb431889c0a8cf674b3107.jpg/dims/resize/178/optimize)
