Germany renewable primary consumption of wind energy
Germany renewable primary consumption of wind energy stood at 482.98 PJ in 2025. It is one of the indicators in the Energy balance table (Value · Annual), with a complete series running from 1990 to 2025. The complete series with an interactive chart, free to download.
This indicator in the Energy balance table
| Indicator | 2025 | 2024 | 2023 | 2022 | 2021 | 2020 | 2019 | 2018 | 2017 | 2016 | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Total | 2,189.56 | 2,127.23 | 2,079.31 | 2,069.35 | 1,981.47 | 1,987.63 | 1,921.2 | 1,844.46 | 1,807.96 | 1,696.01 | |
| Wind energy | 482.98 | 503.33 | 510.35 | 447.38 | 419.21 | 475.57 | 453.22 | 395.82 | 380.5 | 287.73 | |
| Solar photovoltaic | 331.9 | 273.16 | 229.94 | 220.3 | 181.67 | 178.18 | 162.76 | 159.59 | 139.54 | 135.2 |
Understanding germany renewable primary consumption of wind energy
Kinetic energy harvested from the atmosphere by onshore and offshore wind turbines and transformed into electrical power is captured by this metric. Following standard energy balance rules, wind energy is accounted for under the physical energy content method, where the primary energy equivalent is defined as the gross metered electrical output generated by the turbines. This convention aligns wind reporting with photovoltaic and hydro measures, while distinguishing it from thermal renewable fuels such as biomass and biogenic waste that are evaluated using net calorific combustion values. The metric captures generation delivered to public transmission grids as well as power consumed directly by industrial autoproducers, covering all geographic installations.
Annual movements in wind primary energy reflect the interplay between newly installed turbine capacity and prevailing meteorological conditions, as wind speeds fluctuate substantially from year to year. Preliminary annual figures rely on transmission grid feed-in logs and extrapolation models, undergoing revisions when complete distribution grid settlements, commercial turbine records, and curtailment adjustments are audited. A period-on-period comparison must account for whether a given year experienced high or low average wind speeds to avoid misattributing weather variations to capacity shifts. Analysts should also recognize that comparing wind primary energy directly with combustible fuels ignores the thermal losses of conventional power plants.
Frequently asked questions
- Are offshore and onshore wind turbines recorded together in this balance row?
- Yes, this row combines the primary electrical energy produced by both land-based and sea-based wind installations across Germany.
- Does this metric measure the kinetic wind energy passing through the turbine blades?
- No, the energy balance uses the physical energy content convention, recording the generated electrical energy output as the primary energy equivalent.
- Why can annual wind energy consumption decline even when more turbines are constructed?
- Wind generation depends directly on annual wind speeds and atmospheric patterns, meaning calm meteorological conditions can reduce total output despite added turbine capacity.