US Fossil Fuel and Renewable Energy Production, 2008–2025
A stored Energy Information Administration snapshot shows both fossil fuel and renewable production higher in 2025 than in 2008. It cannot show why, or what consumers paid.
The short answer
In the stored snapshot, US fossil fuel production rose from about 57.5 quadrillion Btu in 2008 to about 89.7 in 2025 [D2]. Renewable production rose from about 5.1 to about 9.2 over the same years [D3]. Fossil production is far larger in every year shown. Both series grew. These totals cannot show whether renewable production displaced fossil output that would otherwise have occurred. They also say nothing about causes, prices or consumption.
What the snapshot covers
All three series come from the US Energy Information Administration. They cover the United States, are measured in quadrillion Btu, and are annual totals for 2008 through 2025. The snapshot was retrieved on 2026-10-18, so this is a stored snapshot, not a real-time or latest agency release [D1][D2][D3].
The data measure energy quantity produced, not electricity price, cost or affordability [D1]. They are also production figures, not consumption, imports, exports or emissions.
Fossil fuel production
Total fossil fuels production was about 57.5 quadrillion Btu in 2008 and dipped to about 56.6 in 2009 [D2]. It then rose each year to about 70.2 in 2015, fell to about 65.5 in 2016, and recovered to about 81.4 in 2019 [D2]. The 2020 figure was about 76.2, and it rose each year afterward to about 89.7 in 2025 [D2].
So the series is not a straight line. It has three down years in the stored data (2009, 2016 and 2020), and the 2025 value is the highest in the snapshot [D2].
Renewable production
Total renewable energy production was about 5.1 quadrillion Btu in 2008 and reached about 6.4 in 2011 [D3]. It slipped to about 6.2 in 2012, then rose every year through 2019, when it was about 7.7 [D3]. The 2020 figure was about 7.5, and it rose each year after that to about 9.2 in 2025, the highest value in the snapshot [D3].
Renewable production fell in only two years, 2012 and 2020. It did not fall in 2009 or 2016, when fossil production did [D2][D3].
Putting the two side by side
Both series were higher in 2025 than in 2008, and the fossil fuel figures are much larger than the renewable figures in every year shown [D2][D3]. In plain English, renewable production has grown, but within this snapshot it remains a small part of the energy produced compared with fossil fuels.
The total primary energy production series follows the same broad path, from about 71.0 quadrillion Btu in 2008 to about 107.2 in 2025 [D1]. It also dipped in 2009, 2016 and 2020, the same years fossil production dipped [D1][D2]. The stored data do not itemize any sources in the total beyond the fossil and renewable series, so this comparison does not infer a breakdown of the remainder.
What the data cannot establish
The snapshot shows that these series moved, not why. It does not identify the roles of prices, policy, technology, weather, demand or the pandemic. The 2020 dip appears in all three series, but the data alone do not explain it [D1][D2][D3].
Because production is not consumption, the figures also do not show how much energy Americans used or from which sources. Nor do they show whether energy became cheaper or more expensive. Any claim about price or household affordability would need separate price data, which is outside these three production series.
What this cannot tell us
- The data are annual US production totals in quadrillion Btu. They are not consumption, imports, exports, emissions, prices or electricity generation.
- The snapshot gives no cause for any rise or fall, so the data cannot show why production changed or whether one source affected another.
- The 2025 value is shown as stored on 2026-10-18. The stored data do not say whether it is preliminary or subject to revision.
- The stored data do not break the total into components beyond fossil fuels and renewables, and contain no state, regional or sector detail.
3 sources
D1 · Official US data · 2025
Total Primary Energy Production ↗Total Primary Energy Production Agency: US Energy Information Administration Geography: United States Units: quadrillion Btu Frequency: annual Snapshot retrieved: 2026-10-18T07:06:04.302551+00:00 Annual totals only; source YYYY13 converted to YYYY. Energy quantity, not electricity price. 2008: 71.037906 2009: 70.275915 2010: 72.53637 2011: 75.202334 2012: 76.546727 2013: 78.984991 2014: 84.769776 2015: 85.350656 2016: 81.067342 2017: 84.436248 2018: 92.001855 2019: 97.650802 2020: 91.920048 2021: 93.969085 2022: 98.80682 2023: 102.774309 2024: 103.642043 2025: 107.16283
Annual totals only; source YYYY13 converted to YYYY. Energy quantity, not electricity price.
D2 · Official US data · 2025
Total Fossil Fuels Production ↗Total Fossil Fuels Production Agency: US Energy Information Administration Geography: United States Units: quadrillion Btu Frequency: annual Snapshot retrieved: 2026-10-18T07:06:04.302551+00:00 Annual totals only; source YYYY13 converted to YYYY. Energy quantity, not electricity price. 2008: 57.526852 2009: 56.611549 2010: 58.15929 2011: 60.529497 2012: 62.297744 2013: 64.179522 2014: 69.599191 2015: 70.173857 2016: 65.460235 2017: 68.519236 2018: 75.824212 2019: 81.449287 2020: 76.208794 2021: 78.019178 2022: 82.296111 2023: 86.174004 2024: 86.543977 2025: 89.731662
Annual totals only; source YYYY13 converted to YYYY. Energy quantity, not electricity price.
D3 · Official US data · 2025
Total Renewable Energy Production ↗Total Renewable Energy Production Agency: US Energy Information Administration Geography: United States Units: quadrillion Btu Frequency: annual Snapshot retrieved: 2026-10-18T07:06:04.302551+00:00 Annual totals only; source YYYY13 converted to YYYY. Energy quantity, not electricity price. 2008: 5.084563 2009: 5.309146 2010: 5.942647 2011: 6.404139 2012: 6.187161 2013: 6.561037 2014: 6.833026 2015: 6.839913 2016: 7.180355 2017: 7.498045 2018: 7.739575 2019: 7.749663 2020: 7.460179 2021: 7.818994 2022: 8.449689 2023: 8.501331 2024: 8.933046 2025: 9.235702
Annual totals only; source YYYY13 converted to YYYY. Energy quantity, not electricity price.
How Theodore might read this
Take the question into a conversation grounded in his historical record. This explainer is not a recorded statement by Roosevelt.
Ask Theodore →