Tjeldbergodden Reserve Power Station is a 150 MW gas power plant located in Norway. View location, capacity, and technical details.
Installed
Year online
Operator
Coordinates
Insights
Location
Technical Details
- Fuel Type
- Natural Gas
- Capacity
- 150 MW
- Commissioned
- 2006
- Status
- Operational
- Owner
- Statnett
- Country
- Norway
- Coordinates
- 63.410, 8.658
- Wikipedia
- Link
Estimated Carbon Footprint
tonnes / year
over ~30 yrs
gCO₂ per kWh
Annual emissions equal to
Indicative estimate from standard life-cycle emission and capacity factors — not a measured figure. Open calculator
Nearby Stations
About this plant
Tjeldbergodden Reserve Power Station ranks as the 78th largest power generation facility among 440 plants in Norway, featuring a capacity of 150 MW. This facility contributes 0.38% to Norway’s total installed capacity of 39,683 MW, where hydropower predominates the energy landscape. As a gas-fired power station, Tjeldbergodden plays a unique role in a country renowned for its extensive hydroelectric resources, serving primarily as a reserve facility to ensure grid stability during peak demand or when hydro generation is insufficient. Situated in a relatively isolated region, Tjeldbergodden is surrounded by other energy assets, including the Trolheim hydroelectric plant (169 MW) and several smaller wind farms, such as Hitra Wind Farm (55.2 MW and 55 MW), which highlights Norway’s commitment to diversifying its energy sources. Despite the country’s heavy reliance on hydropower, gas plants like Tjeldbergodden are crucial for maintaining energy security and flexibility in the grid. In the context of the national energy profile, Norway’s dominance in hydropower generation is evident, but facilities like Tjeldbergodden ensure that the country can meet fluctuating energy demands. Operated by Statnett and commissioned in 2006, Tjeldbergodden represents a strategic investment in Norway’s energy infrastructure. As the country continues to focus on reducing its carbon footprint, the role of gas plants in transitioning towards a more sustainable energy system becomes increasingly relevant, ensuring that grid reliability is maintained while integrating more renewable energy sources.
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