Power sector CO2 emissions — all countries

Power sector CO2 emissions — Indonesia

Power sector CO2 emissions in Indonesia in 2024 — 253.06 Mt. Ranked 188 in the world out of 196. Since 2000, the indicator has risen by 309.3%.

2024 253.06 Mt +5.98% vs 2023
World rank 188of 196
Period maximum 253.06 Mt2024
Period minimum 61.83 Mt2000

Trend over time

2000–2024 · million tonnes CO₂

Power sector CO2 emissions — Indonesia, 2000–202401002003002000200320062009201220152018202120242000: 61.83 Mt2001: 66.46 Mt2002: 72.74 Mt2003: 77.07 Mt2004: 81.57 Mt2005: 86.45 Mt2006: 92.2 Mt2007: 98.41 Mt2008: 101.8 Mt2009: 107.6 Mt2010: 113.09 Mt2011: 128.03 Mt2012: 143.58 Mt2013: 153.65 Mt2014: 164.37 Mt2015: 169.48 Mt2016: 177.55 Mt2017: 183.1 Mt2018: 194.22 Mt2019: 205.07 Mt2020: 200.03 Mt2021: 211.81 Mt2022: 225.49 Mt2023: 238.77 Mt2024: 253.06 Mt
Change over the period: +191.23 (+309.28%) Average annual rate: 6.05 %

Comparison, 2024

How the value compares with the world and the groups this territory belongs to: Indonesia

Indonesia 253.06 Mt
World computed 14,544.7 Mt
East Asia & Pacific computed 7,530.86 Mt
South-Eastern Asia computed 775.51 Mt
Upper-middle-income countries computed 7,255.26 Mt
Power sector CO2 emissions — Indonesia, by year Indonesia All countries CSV XLSX
Year Mt Change Change, %
2024 253.06 +14.29 +5.98%
2023 238.77 +13.28 +5.89%
2022 225.49 +13.68 +6.46%
2021 211.81 +11.78 +5.89%
2020 200.03 −5.04 −2.46%
2019 205.07 +10.85 +5.59%
2018 194.22 +11.12 +6.07%
2017 183.1 +5.55 +3.13%
2016 177.55 +8.07 +4.76%
2015 169.48 +5.11 +3.11%
2014 164.37 +10.72 +6.98%
2013 153.65 +10.07 +7.01%
2012 143.58 +15.55 +12.15%
2011 128.03 +14.94 +13.21%
2010 113.09 +5.49 +5.1%
2009 107.6 +5.8 +5.7%
2008 101.8 +3.39 +3.44%
2007 98.41 +6.21 +6.74%
2006 92.2 +5.75 +6.65%
2005 86.45 +4.88 +5.98%
2004 81.57 +4.5 +5.84%
2003 77.07 +4.33 +5.95%
2002 72.74 +6.28 +9.45%
2001 66.46 +4.63 +7.49%
2000 61.83

About the indicator

Carbon dioxide emissions from electricity generation over the year, in million tonnes. Power generation is the largest source of emissions in the world, about a third of the total, and at the same time the one where replacing the technology does not require changing the way people live: swapping a coal plant for a wind farm is easier than rebuilding steelmaking or aviation. This is exactly why global emission reduction scenarios start with this sector.

Important: Emissions from electricity generation only — this is a part of a country's total emissions, which is a separate indicator. The series begins in 2000.

Source: Yearly Electricity Data (Ember), license CC BY 4.0.