Halemba Power Station stands as the 75th largest power generation facility in Poland, with a coal-fired capacity of 200 MW, contributing to about 0.24% of the nation’s total energy output. This facility is a part of Poland's extensive coal infrastructure, which remains a dominant source of energy in the country. Coal-fired power plants like Halemba are crucial for providing a stable and continuous energy supply, especially in a country where coal accounts for a significant portion of the energy mix. The surrounding area is densely populated with major coal plants, including the Rybnik Power Station, which boasts an impressive capacity of 1,775 MW, and Jaworzno Power Station at 1,545 MW. In this context, Halemba’s output is relatively modest but essential for meeting local demand and supporting the grid's stability. Poland's energy profile consists of 318 plants with a cumulative capacity of 82,656 MW, where coal reigns supreme, evidenced by the large number of coal plants in the region. Halemba's capacity, while small in the grand scheme of Poland’s energy production, plays a vital role in supporting local communities and industries reliant on stable electricity supply. Commissioned in the late 20th century, Halemba has stood the test of time, adapting to the evolving regulatory landscape surrounding emissions and environmental concerns. As Poland continues to grapple with the transition to cleaner energy sources, Halemba Power Station exemplifies the challenges of balancing energy needs with sustainability. Looking ahead, this facility will need to navigate the complexities of Poland's energy transition while continuing to provide essential services to its grid.
11 Jahre alt
Polen, Europe
- 75. größtes von 318 Kraftwerken in Polen
- Nr. 7.393 weltweit nach installierter Leistung
- Nr. 2.107 von 2.793 Kohle-Kraftwerken weltweit
- 0,24% der installierten Leistung von Polen
11 Jahre in Betrieb
Durchschnitt der Kohle-Flotte: 29,2 Jahre
Polska Grupa Energetyczna betreibt 10 Kraftwerke mit insgesamt 5.062 MW
87 Kraftwerke im Umkreis von 100 km, zusammen 28.592 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
Polen- Kontinent
- Europe
- Datenquelle
- Globale Datenbank der Kraftwerke
Nahegelegene Kraftwerke
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