An Analysis of Alternative Vehicles' Potential and Implications for Energy Supply Industries in Indonesia
dc.contributor.editor | Shigeru Kimura | |
dc.contributor.editor | Shigeru Suehiro | |
dc.contributor.editor | Naoko Doi | |
dc.date.accessioned | 2018-12-30T08:16:30Z | |
dc.date.available | 2018-12-30T08:16:30Z | |
dc.date.issued | 2018-10-30 | |
dc.identifier.uri | http://hdl.handle.net/11540/9084 | |
dc.description.abstract | An increasing demand for oil is one of Indonesia’s top policy priorities as it is linked to many of the country’s concerns, such as the deteriorating security of its oil supply, growing fiscal imbalances, and worsening air quality. Indonesia has announced that it aims to ban sales of internal combustion engine vehicles by 2040. The country also intends for alternative vehicles to account for 20 percent of all vehicles produced by 2025. The impacts of these targets are expected to transform the energy industry, with significant repercussions for electricity generation, transmission, and distribution; as well as refineries, oil product retailers, and gas stations. This study aims to support policy makers in East Asia Summit countries* by analysing the shift towards electric vehicles as a way to improve the efficiency of the transport sector and mitigate oil demand concerns. A quantitative analysis was carried out to present the magnitude of the impact of this shift on energy demand, carbon dioxide emissions, and investment requirements. In addition, a qualitative analysis comparing international vehicle incentives was carried out to support policy makers in formulating similar incentives in Indonesia. | |
dc.language | English | |
dc.publisher | Economic Research Institute for ASEAN and East Asia | |
dc.title | An Analysis of Alternative Vehicles' Potential and Implications for Energy Supply Industries in Indonesia | |
dc.type | Reports | |
dc.subject.expert | Work Environment | |
dc.subject.expert | Urban Environment | |
dc.subject.expert | Social Environment | |
dc.subject.expert | Regulatory Environments | |
dc.subject.expert | Marine Environment | |
dc.subject.expert | International Environmental Relations | |
dc.subject.expert | Institutional Environment Assessment | |
dc.subject.expert | Global Environment | |
dc.subject.expert | Environmental Sustainability | |
dc.subject.expert | Environmental Strategy | |
dc.subject.expert | Environmental Services | |
dc.subject.expert | Environmental Resources | |
dc.subject.expert | Environmental Management and Planning | |
dc.subject.expert | Environmental Issues | |
dc.subject.expert | Environmental Guidelines | |
dc.subject.expert | Environmental Effects | |
dc.subject.expert | Environment and Pollution Prevention | |
dc.subject.expert | Demand For Transport | |
dc.subject.expert | Road & Highway Transport | |
dc.subject.expert | Road Transportation Systems | |
dc.subject.expert | Transport Infrastructure | |
dc.subject.adb | Environmental Control | |
dc.subject.adb | Environmental Technology | |
dc.subject.adb | Land Development | |
dc.subject.adb | Forestry Development | |
dc.subject.adb | Fishery Development | |
dc.subject.adb | Environmental Statistics | |
dc.subject.adb | Environmental Planning | |
dc.subject.adb | Environmental Management | |
dc.subject.adb | Environmental Education | |
dc.subject.adb | Environmental Capacity | |
dc.subject.adb | Pollution Control | |
dc.subject.adb | Nature Protection | |
dc.subject.adb | Environmental Conservation | |
dc.subject.adb | Vehicle | |
dc.subject.adb | Land transport | |
dc.subject.adb | Transport economics | |
dc.subject.adb | Railways | |
dc.subject.natural | Air quality indexes | |
dc.subject.natural | Ecological risk assessment | |
dc.subject.natural | Environmental impact evaluation | |
dc.subject.natural | Analysis of environmental impact | |
dc.subject.natural | Environmental toxicology | |
dc.subject.natural | Health risk assessment | |
dc.subject.natural | Rain and rainfall | |
dc.subject.natural | Acid precipitation | |
dc.subject.natural | Ozone-depleting substance mitigation | |
dc.subject.natural | Greenhouse gas mitigation | |
dc.subject.natural | Prevention of pollution | |
dc.subject.natural | Air quality | |
dc.subject.natural | Air quality management | |
dc.subject.natural | Pollution | |
dc.subject.natural | Road transportation | |
dc.subject.natural | Trucking | |
dc.subject.natural | Railroads | |
dc.subject.natural | Roads | |
dc.subject.natural | Trade routes | |
dc.subject.natural | Automobiles | |
dc.title.series | ERIA Research Project Report | |
dc.title.volume | No. 15 | |
dc.contributor.imprint | Economic Research Institute for ASEAN and East Asia | |
oar.theme | Environment | |
oar.theme | Transport | |
oar.adminregion | Southeast Asia Region | |
oar.country | Indonesia | |
oar.identifier | OAR-008851 | |
oar.author | Kimura, Shigeru | |
oar.author | Suehiro, Shigeru | |
oar.author | Doi, Naoko | |
oar.import | TRUE | |
oar.googlescholar.linkpresent | true |