Waldshut power station— 150 MW Kohle
Ranked as the 171st largest power generation facility in Germany, the Waldshut power station plays a significant role in the local energy landscape. With a capacity of 150 MW, this coal-fired plant contributes 0.10% of Germany's total power capacity, which stands at 151,891 MW across 1,483 facilities. While coal remains a key energy source in Germany, Waldshut is positioned towards the lower end of the spectrum, holding the 66th rank among 111 coal plants nationwide. Commissioned in 1942 and operated by Schluchseewerk, Waldshut employs traditional coal combustion technology to generate electricity. This method, while efficient, has faced increasing scrutiny in recent years due to its environmental impact, particularly in terms of carbon emissions. As Germany transitions towards more sustainable energy sources, the future of coal plants like Waldshut hangs in the balance. Geographically, Waldshut is part of a diverse energy cluster in the region, surrounded by several notable plants. Within a 50 km radius, the facility is flanked by the Kernkraftwerk Leibstadt, a nuclear power station with a substantial output of 1,245 MW, and the Kernkraftwerk Gösgen, which generates 1,035 MW. Additionally, the Wehr hydroelectric plant contributes 910 MW, while the Kernkraftwerk Beznau produces 760 MW. The presence of these facilities highlights the significant reliance on nuclear and hydroelectric power in the area, contrasting with Waldshut's coal-centric operation. In the broader context of Germany's energy profile, the dominance of coal has been challenged by an increasing share of renewable energy sources. As the country strives to meet its climate goals, coal plants are under pressure to reduce emissions or transition towards cleaner alternatives. The Waldshut power station's relatively small share of national capacity reflects the broader trend of shifting energy priorities. As Schluchseewerk continues its operations, the future of Waldshut will likely be influenced by national energy policies aimed at reducing coal dependency. The plant's historical significance and operational experience could contribute to discussions about transitioning to greener technologies, potentially repurposing existing infrastructure for renewable energy generation. The impact of such a transformation would not only enhance the local energy landscape but also align with Germany's commitment to sustainability.
84 Jahre alt
Deutschland, Europe
- 170. größtes von 1.483 Kraftwerken in Deutschland
- Nr. 8.356 weltweit nach installierter Leistung
- Nr. 2.216 von 2.793 Kohle-Kraftwerken weltweit
- 0,1% der installierten Leistung von Deutschland
84 Jahre in Betrieb
Durchschnitt der Kohle-Flotte: 29,2 Jahre
Schluchseewerk betreibt 3 Kraftwerke mit insgesamt 610 MW
115 Kraftwerke im Umkreis von 100 km, zusammen 11.660 MW
Quelle: Wikidata
Standort
Schätzungen basieren auf dem Emissionsfaktor für Coal (820 g CO₂/kWh) und dem Kapazitätsfaktor (55%). Die tatsächlichen Emissionen können je nach Betriebsbedingungen, Effizienz und Brennstoffqualität variieren.
Technische Details
- Primärer Brennstofftyp
- Coal
- Energiequelle
- Nicht erneuerbar
- Land
Deutschland- Kontinent
- Europe
- Datenquelle
- Globale Datenbank der Kraftwerke
Deutschland — Energieprofil
Nahegelegene Kraftwerke
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