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\nInternationale Zusammenarbeit (GIZ) GmbH  \nRegistered offices  \nBonn and Eschborn, Germany Energy Support Programme  \nUnit 042A, 4th Floor, Coco Building, 14 Thuy Khue, Tay Ho District, Hanoi, Viet Nam  \nT + 84 24 39 41 26 05 F + 84 24 39 41 26 06 [office.energy@giz.de](office.energy@giz.de)  \n[www.giz.de/viet-nam](www.giz.de/viet-nam)  \n[http://gizenergy.org.vn](http://gizenergy.org.vn)  \nAs at  \nOctober 2019  \nDesign and layout  \nEnergy Support Programme  \nText  \nNis Martensen, Leonard Hülsmann, Thomas Ackermann, Jirapa Kamsamrong (Energynautics GmbH), Nguyen Thanh Nam, Tran Anh Tuan (VietnamMW Co., Ltd)  \nGIZ is responsible for the content of this publication.  \nOn behalf of the  \nGerman Federal Ministry for Economic Cooperation and  \nDevelopment (BMZ) Alternatively: German Federal Foreign Office  \n3  \nTable of Contents  \nAbbreviations............................................................................................................................... 4  \nAcknowledgement and Disclaimer....................................................................................... 6  \nExecutive Summary ................................................................................................................... 7  \n1 Task 1: Review of Past and Ongoing Smart Grid Activities in Vietnam.......11  \n1.1 Smart Grid Development in Vietnam..................................................................................... 11  \n1.2 Research and Information Collection of Past and Ongoing Pilot Projects.............. 17  \n1.3 Survey Results Summary ............................................................................................................ 27  \n1.4 Conclusions....................................................................................................................................... 36  \n2 Task 2: International Smart Grid Trends with Potential Future Relevance for Vietnam ....................................................................................................................... 38  \n2.1 Challenges with VRE Integration............................................................................................. 38  \n2.2 Categorization of international Smart Grid technologies for better VRE deployment....................................................................................................................................... 41  \n2.3 Pre-Assessment of international Smart Grid technologies........................................... 72  \n3 Task 3: Methodology and Criteria for Smart Grid Technology Assessment............................................................................................................................................... 74  \n3.1 Methodology and Criteria for the Analysis of Smart Grid Technologies................. 74  \n4 Task 4: Smart Grid Technology Assessment and Recommendations..........77  \n4.1 Assessment of Smart Grid Technologies .............................................................................. 77  \n4.2 Recommendations ......................................................................................................................... 81  \n4.3 Notes on Economic Viability Assessment ............................................................................ 83  \n5 Bibliography..................................................................................................................... 86  \n6 Annex .................................................................................................................................. 88  \n6.1 The Power System of Vietnam.................................................................................................. 88  \n6.2 Appendix 1: Initial List of Smart Grid Projects in Vietnam........................................... 94  \n6.3 Appe","cbCaivQeFLmRh6Uc","https://ap.wps.com/l/cbCaivQeFLmRh6Uc","pdf",3970489,157,"English","# Executive Summary\n# Task 1: Review of Past and Ongoing Smart Grid Activities in Vietnam\n## Smart Grid Development in Vietnam\n## Research and Information Collection of Past and Ongoing Pilot Projects\n## Survey Results Summary\n## Conclusions\n# Task 2: International Smart Grid Trends with Potential Future Relevance for Vietnam\n## Challenges with VRE Integration\n## Categorization of international Smart Grid technologies for better VRE deployment\n## Pre-Assessment of international Smart Grid technologies\n# Task 3: Methodology and Criteria for Smart Grid Technology Assessment\n## Methodology and Criteria for the Analysis of Smart Grid Technologies\n# Task 4: Smart Grid Technology Assessment and Recommendations\n## Assessment of Smart Grid Technologies\n## Recommendations\n## Notes on Economic Viability Assessment\n# Bibliography\n# Annex\n## The Power System of Vietnam\n## Appendix 1: Initial List of Smart Grid Projects in Vietnam\n## Appendix 2: Smart Grid Activity Survey Responses\n## Case studies","[{\"question\":\"What does the report evaluate for Vietnam’s power system?\",\"answer\":\"It evaluates smart grid technologies that can support renewable energy integration and improve energy efficiency in Vietnam, including an assessment based on defined methodology and criteria.\"},{\"question\":\"How are past and ongoing smart grid activities in Vietnam handled?\",\"answer\":\"The report reviews smart grid development, collects information about past and ongoing pilot projects, and summarizes survey results to derive conclusions for the national context.\"},{\"question\":\"What is included in the recommendations and economic viability discussion?\",\"answer\":\"The recommendations follow the technology assessment results, and the report also includes notes on how economic viability assessment is considered to support prioritization.\"}]","Technology Assessment of Smart Grids for Renewable Energy and Energy Efficiency - Final Report | PDF",396]