World Power Plants

E.ON Abyverket150 MW Biomassa

BiomassHernieuwbaarGeverifieerd: feb 2026

E.ON Åbyverket stands out as the second largest biomass power generation facility in Sweden, ranking 56th out of 305 plants nationwide. With a capacity of 150 MW, this facility plays a crucial role in the Swedish energy sector, which is characterized predominantly by nuclear power but also features a growing emphasis on renewable energy sources. Commissioned in 1960, E.ON Åbyverket represents a long-standing commitment to harnessing biomass for sustainable power generation. Utilizing advanced biomass technology, E.ON Åbyverket converts organic materials into energy, contributing to Sweden's ambitious climate goals and efforts to reduce fossil fuel dependency. This facility's capacity positions it as a significant player in the local energy mix, complementing the national push towards greener alternatives. While Åbyverket is somewhat isolated in terms of nearby plants, it underscores the regional importance of biomass as a key component of Sweden's energy landscape. In the vicinity, there are limited other facilities, with Åbyverket being the primary source of biomass energy within a 50 km radius. This isolation emphasizes the plant's essential contribution to the local grid, especially as energy demand fluctuates throughout the year. The lack of immediate competition allows E.ON Åbyverket to maintain a significant presence in the biomass sector, which is still relatively niche in Sweden, comprising only 16 operational plants across the country. As a part of a national energy profile that includes 305 plants generating a total capacity of 44,575 MW, E.ON Åbyverket contributes approximately 0.34% to the overall energy output. This may seem modest; however, in a country that prioritizes sustainability, its role as a biomass facility is pivotal in enhancing energy security and reliability. The operator, E.ON, has a strong commitment to innovation and environmental stewardship, ensuring that E.ON Åbyverket remains at the forefront of biomass technology. As Sweden continues to transition towards a low-carbon economy, the significance of E.ON Åbyverket will likely increase, particularly as the nation seeks to expand its renewable energy portfolio while maintaining a stable and efficient power supply. This plant not only supports local energy needs but also exemplifies the potential for biomass to play a larger role in the future of Sweden's energy landscape.

Capaciteit
150 MW
Jaar van ingebruikname
1960

66 jaar oud

Eigenaar
E.ON
Locatie
59.2649°, 15.1772°

Zweden, Europe

Locatie

Coördinaten:: 59.264918, 15.177235
Openen in Google Maps
Carbon Footprint230 g CO₂/kWh
Annual CO₂
196.4 Kt
854 GWh/year × 230 g/kWh
Cumulative CO₂
12.97 Mt
Over 66 years of operation
Annual emissions equivalent to
42.7K
cars per year
26.2K
homes per year
8.9M
trees to offset

Estimates based on Biomass emission factor (230 g CO₂/kWh) and capacity factor (65%). Actual emissions may vary based on operating conditions, efficiency, and fuel quality.

Technische details

Primair brandstoftype
Biomass
Energiebron
Hernieuwbaar
Land
Zweden
Continent
Europe
Gegevensbron
Globale Database van Energiecentrales

ZwedenEnergieprofiel

305
Totaal centrales
44.6 GW
Totale capaciteit
NuclearHydroGasBiomass
Top brandstoffen

Biomassa als Energiebron voor Opwekking van Elektriciteit

Biomassa is een hernieuwbare energiebron die wordt gebruikt voor de opwekking van elektriciteit in een groeiend aantal energiecentrales wereldwijd. Met 1506 biomassa-energiecentrales in 41 landen en een totale geïnstalleerde capaciteit van 45,5 GW, speelt biomassa een belangrijke rol in de energietransitie. De landen met de meeste biomassa-installaties zijn Brazilië, het Verenigd Koninkrijk, de Verenigde Staten, Canada en Finland, waar respectievelijk 444, 254, 167, 116 en 39 centra zijn gevestigd.

Onjuiste of ontbrekende gegevens?

Help ons onze database te verbeteren door correcties of updates te melden. Uw bijdrage helpt onze wereldwijde energiecentrale gegevens nauwkeurig en actueel te houden.