Leistung, Last und Vorhersagen

Anzeige vergangener Werte der Leistungsabgabe der einzelnen Quellen und ihr summierter Wert. Außerdem wird die Netzlast angezeigt. Wir stellen die prognostizierten Werte als Punktprognosen dar. Bitte wählen Sie Daten aus und filtern Sie sie, indem Sie auf die Legende klicken.

Installierte Kapazität pro Jahr

This graphic and following table provide a summary of renewable power capacity growth in Germany from 2005 to 2024, focusing on three sources: offshore wind, onshore wind, and solar. The data highlights the total installed capacity at the end of each year (Kapazitaet (Jahresende)) and annual additions (Hinzugebaut).

Offshore Wind: Offshore wind capacity grew steadily from 5,523 MW in 2017 to 9,215 MW in 2024. Annual additions fluctuated, peaking at 1,286 MW in 2017 and tapering to 742 MW in 2024.

Onshore Wind: Onshore wind showed consistent growth, increasing from 49,722 MW in 2017 to 63,470 MW in 2024. Annual additions ranged from 953 MW in 2019 to 5,523 MW in 2017, with recent years stabilizing around 2,400–3,600 MW.

Solar Energy: Solar experienced the most significant expansion, surging from 38,790 MW in 2017 to 86,428 MW in 2024. Annual additions grew rapidly, with at 13,383 MW in 2023 and peaking at 13,877 MW in 2024. This data showcases Germany’s robust commitment to renewable energy, with solar leading the charge in capacity expansion, while offshore and onshore wind maintain steady growth as vital contributors to the energy mix. It reflects strategic efforts to accelerate the clean energy transition. For a current year, the last update time shown below always applies ("Last updated")

Verteilung der Kapazität

This graphic and following table provides a detailed breakdown of renewable power capacity across German states (Bundeslaender) by power source: onshore wind, solar, and offshore wind. Key metrics include total power capacity (sum_power) for each region.

Onshore-Power: Onshore wind capacity is highest in Lower Saxony with 13150.0 MW, followed closely by Brandenburg 9094.0 MW and Schleswig-Holstein 8997.0 MW emphasizing the strength of wind resources in northern and eastern Germany. Urban states like Bremen, Hamburg, and Berlin contribute minimally, reflecting limited land availability for large-scale wind farms.

Solar-Power: In solar power, Bavaria leads with an impressive 25013.0 MW, thanks to its favorable climate and strong solar infrastructure. Other states such as Baden-Wuerttemberg 11630.0 MW and North Rhine-Westphalia 8096.0 MW also contribute significantly. Coastal regions, including Schleswig-Holstein 3469.0 MW and Mecklenburg-Vorpommern 3846.0 MW , maintain moderate solar capacity.

Offshore-Power: Offshore wind production is concentrated in the North Sea 7387.0 MW and the Baltic Sea 1828.0 MW, highlighting Germany´s strategic use of coastal resources for renewable power. This dataset showcases Germany´s diverse renewable power landscape, shaped by geographic, climatic, and infrastructural factors, while emphasizing the varying capacities of states to harness wind and solar power effectively. It provides insights into regional strengths and priorities in the energy transition.