Australia | Ember

Australia

As wind and solar expand rapidly, managing the orderly phase-down of Australia’s ageing coal fleet is becoming increasingly essential.

Last Updated: 26 May 2026

Anchor point: Overview

Key energy data for Australia

2.7x
Demand as a multiple of the global average
39%
Share of clean electricity
33%
Share of solar and wind
61%
Share of electricity from fossil fuels
3.1x
Power sector emissions per capita as a multiple of the global average

39% of Australia’s electricity was generated from low-carbon sources in 2025, below the global average of 43%.

Australia’s largest source of clean electricity is solar (20%), which has more than doubled since 2020. Australia has the world’s highest solar generation per capita, over six times the global average.

Australia’s joint share of wind and solar (33%) is almost double the global average (17%), though it remains below peers like the United Kingdom (36%) and Spain (42%).

Australia relied on fossil fuels for 61% of its electricity in 2025, with 43% coming from coal. Its power sector emissions have fallen by 23% from their peak in 2009 due to growth in solar and wind, even as demand has grown. Australia’s emissions per capita were three times the global average and the highest in the G20.

Fossil generation decreased by 3.9% in 2025 after growing last year, following six consecutive years of decline. Exceptional growth of solar in the residential sector, with 43% of Australian households now having solar panels, and strong growth in wind generation, helped cut fossil generation.

As of March 2026, Australia’s government was aiming for 82% renewable electricity by 2030 and was projecting that power sector emissions will more than halve between 2024 and 2030.

Coal mine methane

Australia is a major emitter of coal mine methane, making its methane performance globally significant. Official data shows coal mine methane emissions reached 888 kilotonnes of CH4 in 2023, down from 1193 in 2007. But studies suggest actual emissions could be up to twice the methane reported to the government. Stronger measurement, reporting, verification, and abatement could cut emissions rapidly.

Anchor point: Data

Loading data…

Anchor point: Insights

Our Work

Our team examines methane emissions from Australia’s coal sector, focusing on the accuracy of reported data and the effectiveness of policies such as the Safeguard Mechanism. By assessing reported emissions, metallurgical coal supply chain data and independent and satellite-based measurement approaches, we identify reporting gaps, highlight methane hotspots, and develop practical recommendations to strengthen monitoring, mitigation, and climate accountability.

Australia’s wind and solar boom is reshaping the power system and starting to drive down emissions. The critical task now is managing the orderly phase-down of ageing coal plants while ensuring the grid remains reliable during the transition.

Improved satellite coverage and independent measurement are bringing greater clarity to where methane emissions are concentrated in Australia’s coal sector. The challenge now is turning better data into faster action. If Australia standardises MRV and creates clear commercial incentives for verified reductions, it can help move VAM and drainage improvements from pilots to large, near-term methane cuts.

Anchor point: Experts

Meet the team

Energy profiles relevant to Australia

Share