HAL Id: hal-01638613
https://hal.archives-ouvertes.fr/hal-01638613
Submitted on 20 Nov 2017
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L’archive ouverte pluridisciplinaire HAL, est destinée au dépôt et à la diffusion de documents scientifiques de niveau recherche, publiés ou non, émanant des établissements d’enseignement et de An Truong. The use of renewable energy in Vietnam – status quo and challenges. Elecity: The Electrified City - Sustainable Cities in the Context of Energy Transition, Nov 2017, Hanoi, Vietnam.
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The use of renewable energy in Vietnam – status quo and challenges
An Ha Truong
truonganha87@gmail.com
Sustainable Cities - Context of Energy Transition Hanoi, 6 November 2017
RE in current energy mix (2015)
16682
13014 7172
1576 183
Installed capacity (MW)
Hydro Coal Gas turbine Oil fire Other
Source: Vietnam power system and power market operation 2015
56.1
56.4 47.5
0.532.4 1.3
Power production (bil. kWh)
Hydro
Coal
Gas turbine
Oil fired
Import
Other
Target
Sustainable energy accessibility
Green growth
Increase RE produced
Increase RE share in power sector
Solar thermal for water
heating Biogas
Cooking fuel transition Biofuel production
RE technology development
Modern/sustainable/affordable energy for all
RE Development strategy
Target
Sustainable energy accessibility
Green growth
Increase RE produced
Increase RE share in power sector
Solar thermal for water
heating Biogas
Cooking fuel transition Biofuel production
RE technology development
25% GHG reduced by 2030
40Mt coal, 3.7Mt oil avoided from import
RE Development strategy
Target
Sustainable energy accessibility
Green growth
Increase RE produced
Increase RE share in power sector
Solar thermal for water
heating Biogas
Cooking fuel transition Biofuel production
RE technology development
From 25MTOE to 62MTOE by 2030
RE Development strategy
Target
Sustainable energy accessibility
Green growth
Increase RE produced
Increase RE share in elec.
Gen.
Solar thermal for water
heating Biogas
Cooking fuel transition Biofuel production
RE technology development
From 35% to 38% by 2030 (this
account for large hydro power)
Target
Sustainable energy accessibility
Green growth
Increase RE produced
Increase RE share in elec.
Gen.
Solar thermal for water
heating Biogas
Cooking fuel transition Biofuel production
RE technology development
Area from 3 km2 to 22km2, used by 26% households by 2030, supply 3.1 MTOE
RE Development strategy
Target
Sustainable energy accessibility
Green growth
Increase RE produced
Increase RE share in elec.
Gen.
Solar thermal for water
heating Biogas
Cooking fuel transition Biofuel production
RE technology development
From 4 mil m3 to 60 mil m3 by 2030
RE Development strategy
Target
Sustainable energy accessibility
Green growth
Increase RE produced
Increase RE share in elec.
Gen.
Solar thermal for water
heating Biogas
Cooking fuel transition Biofuel production
RE technology development
Almost all rural
households use advance cook stove
RE Development strategy
Target
Sustainable energy accessibility
Green growth
Increase RE produced
Increase RE share in elec.
Gen.
Solar thermal for water
heating Biogas
Cooking fuel transition Biofuel production
RE technology development
From 15kTOE to 3.7MTOE
by 2030, cover 13% fuel
demand for transport
Target
Sustainable energy accessibility
Green growth
Increase RE produced
Increase RE share in elec.
Gen.
Solar thermal for water
heating Biogas
Cooking fuel transition Biofuel production
RE technology development
