Poland

Elektrocieplownia Wroclaw — 260 MW Charbon

Charbon Vérifié

Elektrocieplownia Wroclaw est une centrale électrique de 260 MW fonctionnant au Charbon située en Pologne. Voir l'emplacement, la capacité et les détails techniques.

Capacité
260 MW

Installed

Mise en service
1901

Year online

Propriétaire
Zespół Elektrociepłowni Wrocławskich KOGENERACJA S.A.

Operator

Emplacement
51.12, 17.02

Coordonnées

Insights

#56
largest in Pologne
#1,990
largest Charbon worldwide
#6,549
largest worldwide
1901
96 yrs older than avg
1
operated by Zespół Elektrociepłowni Wrocławskich…
25
plants within 100 km

Détails Techniques

Type de combustible
Charbon
Capacité
260 MW
Mise en service
1901
Status
Operational
Propriétaire
Zespół Elektrociepłowni Wrocławskich KOGENERACJA S.A.
Pays
Poland
Coordonnées
51.123, 17.024
Wikipedia
Link

Empreinte carbone

CO₂ annuel
1,027,198 t

tonnes / year

CO₂ à vie
41,087,904 t

over ~40 yrs

Intensity
820 g

Est. gCO2/kWh

Émissions annuelles équivalentes à

223,304
voitures par an
136,960
foyers par an
46,690,800
arbres pour compenser

Indicative estimate from standard life-cycle emission and capacity factors — not a measured figure. Open calculator

Centrales à Proximité

About this plant

Elektrociepłownia Wrocław is a historic coal-fired power generation facility located in Poland, boasting a capacity of 260 MW. Commissioned in 1901, it has been a cornerstone of the local energy infrastructure for over a century. Operated by Zespół Elektrociepłowni Wrocławskich KOGENERACJA S.A., this power plant utilizes traditional coal technology to provide both electricity and district heating, serving the energy needs of Wrocław and surrounding areas. Positioned at coordinates 51.1234, 17.0244, the facility plays a critical role in the regional energy mix, ensuring reliable power supply amid Poland’s evolving energy landscape. As Poland works towards aligning its energy policies with EU climate targets, the significance of Elektrociepłownia Wrocław is underscored by its dual role in energy generation and heating. The plant exemplifies the challenges of transitioning from coal dependency, as the country seeks to increase the share of renewables in its energy portfolio while maintaining energy security and addressing local demand.

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