Alfta
Sweden
Technology:
Hydro
Year of Commissioning:
1945
Installed Capacity:
32 MW
Earmark:
No Support
Åmli-Gjøv
Norway
Technology:
Hydro
Year of Commissioning:
1983
Installed Capacity:
18.4 MW
Earmark:
No Support
Renewable energy from Åmli power station allows Agder Energi to meet the electricity needs of approximately 4,300 households
Åmli-Nidelv (Åmli)
Norway
Technology:
Hydro
Year of Commissioning:
1983
Installed Capacity:
5.8 MW
Earmark:
No Support
Åmli is close to the start of the River Nidelva, where the branch of the river from Nesvatn and Gjøvdal converges with the branch from Fyresvatnet and Nisser
Åna-Sira (Flekkefjord)
Norway
Technology:
Hydro
Year of Commissioning:
1971
Installed Capacity:
150 MW
Earmark:
No Support
Åna-Sira power station is a hydro-electric facility on the River Sineåna. It makes use of the 46-metre drop from Lake Lundevatn to Åna
Berlifoss (Nissedal)
Norway
Technology:
Hydro
Year of Commissioning:
1958
Installed Capacity:
9.5 MW
Earmark:
No Support
Berlifoss power station lies in Nissedal Municipality. It was commissioned in 1958 and exploits the drop at the bottom of the River Fyreselv around Øyfjell, Kjellar and Berlifoss
Bjelland
Norway
Technology:
Hydro
Year of Commissioning:
1974
Installed Capacity:
56.016 MW
Earmark:
No Support
Bjelland power station allows Agder Energi to meet the electricity needs of approximately 15,600 households
Bjurfors Nedre
Sweden
Technology:
Hydro
Year of Commissioning:
1959
Installed Capacity:
78 MW
Earmark:
No Support
Brokke (Valle)
Norway
Technology:
Hydro
Year of Commissioning:
1964
Installed Capacity:
330 MW
Earmark:
No Support
Brokke lies on the River Otra and makes use of a 303-metre drop from Lake Botsvatnet
Duge (Sandnes)
Norway
Technology:
Hydro
Year of Commissioning:
1979
Installed Capacity:
200 MW
Earmark:
No Support
Duge receives water from the Svartevatn reservoir at the top of the Sira river system, on the border between Sirdal and Forsand municipalities
Dynjanfoss (Nissedal)
Norway
Technology:
Hydro
Year of Commissioning:
1951
Installed Capacity:
33 MW
Earmark:
No Support
Dynjanfoss uses the drop of the River Fyreselv at the Dynjanfoss and Reinefoss waterfalls, between Hønetjønn and Eikhomskilen
Evenstad (Froland)
Norway
Technology:
Hydro
Year of Commissioning:
1939
Installed Capacity:
23.5 MW
Earmark:
No Support
Renewable energy from Evenstad power station allows Agder Energi to meet the electricity needs of approximately 6,000 households
Færåsen
Norway
Technology:
Hydro
Year of Commissioning:
2009
Installed Capacity:
1.43 MW
Earmark:
No Support
Færåsen power station is a hydroelectric facility in Lindesnes Municipality in Agder. Commissioned in 2009, it makes use of the 55-metre drop from Eptevatnet to Brådlandsvatnet
Finndøla (Fyresdal)
Norway
Technology:
Hydro
Year of Commissioning:
1972
Installed Capacity:
108 MW
Earmark:
No Support
Finndøla power station, in Fyresdal Municipality in Telemark, lies on Lake Fyresvatn, which is part of the Arendal drainage basin
Finså
Norway
Technology:
Hydro
Year of Commissioning:
1963
Installed Capacity:
23 MW
Earmark:
No Support
Finså power station is situated at Tonstad in Sirdal Municipality. Commissioned in 1963, it makes use of the 303.5-metre drop from Bjørnestadvatnet to Sirdalsvatnet
Geitfjellet
Norway
Technology:
Wind
Year of Commissioning:
2020
Installed Capacity:
180.6 MW
Earmark:
Production Support
Hanefoss
Norway
Technology:
Hydro
Year of Commissioning:
1961
Installed Capacity:
22 MW
Earmark:
No Support
Hanefoss' upper reservoir is Uldalsåna, which is part of the Tovdal river system. It makes use of a 71-metre drop
Harbakkfjellet
Norway
Technology:
Wind
Year of Commissioning:
2020
Installed Capacity:
126 MW
Earmark:
Production Support
Harrsele
Sweden
Technology:
Hydro
Year of Commissioning:
1957
Installed Capacity:
223 MW
Earmark:
No Support
Håverstad
Norway
Technology:
Hydro
Year of Commissioning:
1957
Installed Capacity:
48 MW
Earmark:
No Support
Renewable energy from Håverstad power station allows Agder Energi to meet the electricity needs of roughly 14,100 households
Hekni (Bygland)
Norway
Technology:
Hydro
Year of Commissioning:
1995
Installed Capacity:
56 MW
Earmark:
No Support
Hekni power station lies in Bygland Municipality. It is a run-of-the-river plant just below Rysstad in the Setesdal valley, on the east bank of the River Otra
Hitra 2 Vindpark
Norway
Technology:
Wind
Year of Commissioning:
2019
Installed Capacity:
93.6 MW
Earmark:
Production Support
Holen I-II (Bykle)
Norway
Technology:
Hydro
Year of Commissioning:
1981
Installed Capacity:
230 MW
Earmark:
No Support
Holen power station supplies Agder Energi with 677 GWh per year, making it our 3rd biggest power station
Holen III (Bykle)
Norway
Technology:
Hydro
Year of Commissioning:
1987
Installed Capacity:
160 MW
Earmark:
No Support
Holen power station lies on Lake Botsvatn in Bykle Municipality
Hovatn (Bygland)
Norway
Technology:
Hydro
Year of Commissioning:
1971
Installed Capacity:
45 MW
Earmark:
No Support
Hovatn power station lies in Bygland Municipality, in a cavern north of Ose on the east side of the River Otra
Høgefoss
Norway
Technology:
Hydro
Year of Commissioning:
1919
Installed Capacity:
25 MW
Earmark:
No Support
The Nisserelva is dammed at Svåfossen, and the power station makes use of the drop from Kjørull reservoir
Høylandsfoss
Norway
Technology:
Hydro
Year of Commissioning:
1948
Installed Capacity:
7.5 MW
Earmark:
No Support
The power station is situated slightly north of Feda in Kvinesdal Municipality. It lies on the River Fedavassdraget and exploits a 45.5-metre drop
Hunsfoss
Norway
Technology:
Hydro
Year of Commissioning:
1964
Installed Capacity:
25.1 MW
Earmark:
No Support
Situated in Vennesla Municipality, it makes use of a 13.5-metre drop in the River Otra
Hylen (Suldal)
Norway
Technology:
Hydro
Year of Commissioning:
1980
Installed Capacity:
160 MW
Earmark:
No Support
Iveland
Norway
Technology:
Hydro
Year of Commissioning:
1949
Installed Capacity:
87 MW
Earmark:
No Support
The power station, which lies on the River Otra, makes use of the 50.45-metre drop from Gåseflåfjorden to Skaiåevja
Jørundland (Åmli)
Norway
Technology:
Hydro
Year of Commissioning:
1970
Installed Capacity:
55.2 MW
Earmark:
No Support
The power station exploits a 282-metre drop in the River Gjøv from Nesvatn reservoir in Fyresdal Municipality. Nesvatn is part of the Arendal drainage basin
Kuli (Sirdal)
Norway
Technology:
Hydro
Year of Commissioning:
1966
Installed Capacity:
6 MW
Earmark:
No Support
It makes use of the 173.5-metre drop from the upper reservoir Kulivatn to Furevatnet
Kvenndalsfjellet
Norway
Technology:
Wind
Year of Commissioning:
2020
Installed Capacity:
113.6 MW
Earmark:
Production Support
Kvilldal (Suldal)
Norway
Technology:
Hydro
Year of Commissioning:
1981
Installed Capacity:
1.240 MW
Earmark:
No Support
Kvinen (Sirdal)
Norway
Technology:
Hydro
Year of Commissioning:
1981
Installed Capacity:
80 MW
Earmark:
No Support
From the intake at Stampetjønna, it makes use of a 278-metre drop
Kvinesdal
Norway
Technology:
Hydro
Year of Commissioning:
2006
Installed Capacity:
1.3 MW
Earmark:
No Support
From the intake at Stampetjønna, water flows to the power station through a pipeline with some sections above ground and others underground
Kvistforsen
Sweden
Technology:
Hydro
Year of Commissioning:
1962
Installed Capacity:
140 MW
Earmark:
No Support
Laudal
Norway
Technology:
Hydro
Year of Commissioning:
1981
Installed Capacity:
26.187 MW
Earmark:
No Support
The power station lies along the middle section of the River Mandalsåni in the Mandal drainage basin
Leppikoski
Finland
Technology:
Hydro
Year of Commissioning:
1963
Installed Capacity:
21 MW
Earmark:
No Support
Lislevatn
Norway
Technology:
Hydro
Year of Commissioning:
2015
Installed Capacity:
4.2 MW
Earmark:
No Support
The power station itself is located at Håtveitåna just by Highway 42 whilst the water intake is at the bottom of Vikstølsvannet
Logna (Åseral)
Norway
Technology:
Hydro
Year of Commissioning:
1961
Installed Capacity:
20.2 MW
Earmark:
No Support
The power station, which lies on the River Logna, the longest tributary of the River Mandal, makes use of the 154-metre drop from Juvatn to Svartevatn
Longerak (Bygland)
Norway
Technology:
Hydro
Year of Commissioning:
1915
Installed Capacity:
1.3 MW
Earmark:
No Support
The power station lies half way up the valley side on the east side of Lake Byglandsfjorden
Nisserdam
Norway
Technology:
Hydro
Year of Commissioning:
1985
Installed Capacity:
1.8 MW
Earmark:
No Support
Renewable energy from Nisserdam power station allows Agder Energi to meet the electricity needs of approximately 600 households
Nomeland
Norway
Technology:
Hydro
Year of Commissioning:
1920
Installed Capacity:
28.7 MW
Earmark:
No Support
The power station lies on the east side of the River Otra, approximately 24 km north of Kristiansand. It makes use of the 20.4-metre drop from Nomelandsdammen
Olden
Sweden
Technology:
Hydro
Year of Commissioning:
1974
Installed Capacity:
112 MW
Earmark:
No Support
Osen (Sirdal)
Norway
Technology:
Hydro
Year of Commissioning:
1964
Installed Capacity:
4 MW
Earmark:
No Support
The reservoir capacity is 40 million cubic metres, and there is a 2.3 km long water transfer tunnel from the upper reservoir Nespervatn
Pyhakoski
Finland
Technology:
Hydro
Year of Commissioning:
1951
Installed Capacity:
146 MW
Earmark:
No Support
Roan Vindpark
Norway
Technology:
Wind
Year of Commissioning:
2019
Installed Capacity:
256 MW
Earmark:
Production Support
Roskrepp (Sirdal)
Norway
Technology:
Hydro
Year of Commissioning:
1979
Installed Capacity:
50 MW
Earmark:
No Support
The power station makes use of the drop from Rosskreppfjorden to Øyarvatn. Part of its drainage basin is in Valle Municipality
Rygene
Norway
Technology:
Hydro
Year of Commissioning:
1978
Installed Capacity:
55 MW
Earmark:
No Support
The River Nidelva is dammed at the power station’s intake, and this section of the river is the boundary between Grimstad and Arendal
Saurdal (Suldal)
Norway
Technology:
Hydro
Year of Commissioning:
1985
Installed Capacity:
640 MW
Earmark:
No Support
Skarg (Bykle)
Norway
Technology:
Hydro
Year of Commissioning:
2014
Installed Capacity:
24 MW
Earmark:
No Support
The power station, which is very close to the village of Bykle, makes use of an 86.5-metre drop
Skjerka
Norway
Technology:
Hydro
Year of Commissioning:
1997
Installed Capacity:
206.6 MW
Earmark:
No Support
Renewable energy from Skjerka power station allows Agder Energi to meet the electricity needs of approximately 30,600 households
Smeland
Norway
Technology:
Hydro
Year of Commissioning:
1985
Installed Capacity:
24 MW
Earmark:
No Support
The power station is on the River Logna, and makes use of the drop between Lake Lognevatnet and Smeland. The Logna is the longest tributary of the Mandalselva
Solhom (Kvinesdal)
Norway
Technology:
Hydro
Year of Commissioning:
1974
Installed Capacity:
200 MW
Earmark:
No Support
Solhom makes use of the River Kvine’s drop from Nesjen/Kvifjorden to Homstølvatnet
Steinsfoss
Norway
Technology:
Hydro
Year of Commissioning:
1957
Installed Capacity:
110 MW
Earmark:
No Support
The power station makes use of three waterfalls on the River Otra: Steinsfoss, Paulenfoss and Urfoss
Storheia Vindpark
Norway
Technology:
Wind
Year of Commissioning:
2019
Installed Capacity:
288 MW
Earmark:
Production Support
Stølsdal (Hjelmeland)
Norway
Technology:
Hydro
Year of Commissioning:
1986
Installed Capacity:
17 MW
Earmark:
No Support
Tjønnefoss (Nissedal)
Norway
Technology:
Hydro
Year of Commissioning:
1966
Installed Capacity:
6 MW
Earmark:
No Support
The River Nisserelva is dammed at Tjønnefossen, and the power station makes use of the drop created by the waterfall and dam
Tjørhom (Sirdal)
Norway
Technology:
Hydro
Year of Commissioning:
1973
Installed Capacity:
120 MW
Earmark:
No Support
This hydro-electric facility at Tjørhom makes use of the 158-metre drop between the Gravatn reservoir and Tjørhomvatn
Tonstad (Sirdal)
Norway
Technology:
Hydro
Year of Commissioning:
1968
Installed Capacity:
690 MW
Earmark:
No Support
The upper reservoir for the power station is Homstølvatnet. Some of the drainage basin for the reservoir is in the municipalities of Bygland and Kvinesdal
Tryland (Lindesnes)
Norway
Technology:
Hydro
Year of Commissioning:
1921
Installed Capacity:
5.4 MW
Earmark:
No Support
The power station makes use of the 132-metre drop from Aklandstjønn
Uleberg
Norway
Technology:
Hydro
Year of Commissioning:
2006
Installed Capacity:
9.4 MW
Earmark:
No Support
Uleberg makes use of a 180-metre drop in the River Skjerka. The Skjerka empties into Lake Øre in Åseral, and after the lake the river is known as the Mandalselva
