Indonesia's COVID-19 Vaccination and Economic Resilience Strategy
Phasing Out Coal Scenario
120
17
7?
100
180回
60
Skenario Zero Carbon 20601%)
| 8回
-8回
97
29
45
500
53
40
20
687
627
597
24
07
2020
2025
2030
2040
117
2045
77
2050
2060
PLTU
PLTGU Nuklir ■PLTA
PLTP
EBT?Lain
PLTSPP LTB
1800
1600
1400
1200
1000?
8007
6007
Skenario?Zero Carbon 2060 TWh)
400
200
Ов
2020
2025
2030
PLTU
PLTGU
Nuklir ■ PLTA
2040
PLTP
2045
2050
EBT?Lain
2060
PLTSCH?P LTB
In 2060 All Power Plants in Indonesia are Using
Clean Energy
1. The market size utility in 2060 is 1,800 TWh, currently electricity production is 300
TWh plus the launch of 120 TWh from the 35 GW program, so there is room for
1,380 TWh for additional New Renewable Energy (NRE) generating capacity.
2. From 2020 onwards, the portion of PLTU capacity will be reduced (in the graph, it
can be seen from the decreasing black color).
3. Efforts to retire fossil power plants will start in 2030 and significantly decrease in
number by 2040, following the completion of the power plant contract.
4. Nuclear plants will enter in 2040 to maintain system reliability as nuclear
technology becomes more secure.
5. Phase out all coal-fired power plants in 2056, because they have been replaced by
NRE.
6. Meanwhile, the development of NRE power plants will experience a massive
increase starting in 2028 due to the advancement of battery technology which is
getting cheaper. Then it will increase exponentially starting in 2040. And by 2045,
the portion of NRE will already dominate the total power plant. The next decade,
all power plants in Indonesia came from NRE.
Source: PT PLN
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