Hydro Power Plants in Sweden

Sweden generates hydro-powered energy from 142 hydro power plants across the country. In total, these hydro power plants has a capacity of 12822.9 MW.

Name Capacity (MW) Type Other Fuel Commissioned Owner
Ajaure 86.0 MW Hydro 1967 100% Vattenfall
Akkats 150.0 MW Hydro 1973 100% Vattenfall
Alfta (Malvik) 32.0 MW Hydro 1945 Fortum
Alvkarleby 116.0 MW Hydro 1991 100% Vattenfall
Angaback 7.0 MW Hydro 1952 100% Statkraft
Anjan 25.0 MW Hydro 1978 Fortum
Asele 27.0 MW Hydro 100% Vattenfall
Avesta Lillfors 22.0 MW Hydro 1981 Fortum
Avesta Storfors 15.0 MW Hydro Fortum
Avestaforsen 24.0 MW Hydro 2007 Fortum
Bassalt 8.0 MW Hydro 1910 100% Statkraft
Bastusel 107.0 MW Hydro 1972 100% Vattenfall
Batfors 42.0 MW Hydro 6.6% Statkraft
Bergeforsen 166.0 MW Hydro 1955 100% Vattenfall
Bergvattnet 21.0 MW Hydro 1968 100% Statkraft
Bergvik 16.2 MW Hydro 1961 Fortum
Bjorna 17.0 MW Hydro 1986 90.1% Statkraft
Bjurfors Nedre 78.0 MW Hydro 1959 100% Statkraft
Bjurfors Ovre 42.0 MW Hydro 1961 100% Statkraft
Blyberg 15.0 MW Hydro 1967 Fortum
Boden 80.0 MW Hydro 1972 100% Vattenfall
Brynge 5.0 MW Hydro 1994 100% Statkraft
Bullerforsen 47.0 MW Hydro Fortum
Dejefors 20.0 MW Hydro 1906 Fortum
Domnarvet 22.0 MW Hydro 1994 Fortum
Dromme 2.0 MW Hydro 1993 100% Statkraft
Dรถnje 72.0 MW Hydro 1953 Fortum
Eldforsen 9.0 MW Hydro 1935 Fortum
Fors 3.0 MW Hydro 1992 100% Statkraft
Forshaga 6.6 MW Hydro 1916 Fortum
Forshult 24.0 MW Hydro 1911 Fortum
Forshuvud 44.0 MW Hydro Fortum
Forsmo 158.0 MW Hydro 1948 100% Vattenfall
Froslida 2.4 MW Hydro 1983 100% Statkraft
Frykfors 4.7 MW Hydro 1907 Fortum
Furudal 3.7 MW Hydro Fortum
Gaddede 22.0 MW Hydro 1974 100% Statkraft
Gallejuar 220.0 MW Hydro 1964 100% Vattenfall
Gammelรคnge 78.0 MW Hydro 1944 Fortum
Gardikfors 60.0 MW Hydro 1963 100% Vattenfall
Gejman 66.0 MW Hydro 1970 100% Vattenfall
Gidbole 12.0 MW Hydro 1985 90.1% Statkraft
Gidea 17.0 MW Hydro 1986 90.1% Statkraft
Gideabacka 14.0 MW Hydro 1995 90.1% Statkraft
Glava 16.0 MW Hydro 1958 Fortum
Grundfors 108.0 MW Hydro 1958 100% Vattenfall
Halvfari 24.0 MW Hydro 1978 Fortum
Hammarforsen 80.0 MW Hydro 1928 100% Statkraft
Harrsele 223.0 MW Hydro 1957 51% Statkraft
Harspranget 871.0 MW Hydro 1919 100% Vattenfall
Hermansboda 12.0 MW Hydro 1962 Fortum
Hojum 184.0 MW Hydro 1941 100% Vattenfall
Holleforsen 151.0 MW Hydro 100% Vattenfall
Horrmundsvalla 6.5 MW Hydro 1960 Fortum
Hoting 15.0 MW Hydro 1978 100% Statkraft
Hummelforsen 10.7 MW Hydro 1955 Fortum
Hylte 26.0 MW Hydro 1989 100% Statkraft
Hรถljes 127.8 MW Hydro 1962 Fortum
Jarkvissle 96.0 MW Hydro 1959 100% Vattenfall
Juktan 26.0 MW Hydro 1978 100% Vattenfall
Juveln 14.0 MW Hydro 1978 Fortum
Karlshamn 1020.0 MW Hydro
Karsefors 31.4 MW Hydro 1930 100% Statkraft
Kilforsem 296.0 MW Hydro 1953 100% Vattenfall
Krakerud 22.0 MW Hydro 1921 Fortum
Krokstrรถmmen 103.0 MW Hydro 1952 Fortum
Kroppstadfors 3.5 MW Hydro 1959 Fortum
Krรฅngede 250.2 MW Hydro 1936 Fortum
Kvarnaholm 5.6 MW Hydro 1958 100% Statkraft
Kvarnsveden 1 28.0 MW Hydro 1975 Fortum
Kvarnsveden 2 30.0 MW Hydro 1996 Fortum
Kvistforsen 140.0 MW Hydro 1962 100% Statkraft
Kymmen 55.0 MW Hydro 1987 Fortum
Laforsen 57.0 MW Hydro 1953 Fortum
Laholm 11.3 MW Hydro 1932 100% Statkraft
Landafors 11.2 MW Hydro 1976 Fortum
Lanforsen 44.0 MW Hydro Fortum
Langbjorn 98.0 MW Hydro 1959 100% Vattenfall
Langed 5.5 MW Hydro 100% Vattenfall
Lango 1.0 MW Hydro 1956 100% Statkraft
Lasele 165.0 MW Hydro 100% Vattenfall
Laxede 222.0 MW Hydro 100% Vattenfall
Lenninge 2.7 MW Hydro 1982 Fortum
Leringsforsen 9.0 MW Hydro 1944 100% Vattenfall
Letsi 486.0 MW Hydro 1967 100% Vattenfall
Ligga 332.0 MW Hydro 1957 100% Vattenfall
Lilla Edet 46.0 MW Hydro 1926 100% Vattenfall
Lindbyn 11.0 MW Hydro 1953 Fortum
Lottefors 13.6 MW Hydro 1958 Fortum
Malgomaj 10.0 MW Hydro 1982 100% Statkraft
Matfors 21.0 MW Hydro 1982 100% Statkraft
Messaure 463.0 MW Hydro 1963 100% Vattenfall
Midskog 155.0 MW Hydro 1944 100% Vattenfall
Moforsen 135.0 MW Hydro
Munkfors 33.0 MW Hydro 1931 Fortum
Namforsen 115.0 MW Hydro 1946 100% Vattenfall
Nas 24.0 MW Hydro 1978 100% Vattenfall
Naverede 70.0 MW Hydro 1955 100% Vattenfall
Nederede 16.0 MW Hydro 100% Statkraft
Noppikoski 10.0 MW Hydro 1967 Fortum
Noreborg 3.0 MW Hydro 1958 Fortum
Nyebro 1.4 MW Hydro 1983 100% Statkraft
Olidan 104.0 MW Hydro 1910 100% Vattenfall
Parki 19.0 MW Hydro 100% Vattenfall
Parteboda 35.0 MW Hydro 1960 Fortum
Pengfors 69.0 MW Hydro 1954 100% Vattenfall
Porjus 430.0 MW Hydro 1975 100% Vattenfall
Porsi 282.0 MW Hydro 1967 100% Vattenfall
Ritsem 304.0 MW Hydro 1977 100% Vattenfall
Rottnen 17.0 MW Hydro 1998 Fortum
Rusfors 45.0 MW Hydro 1962 100% Vattenfall
Seitevare 214.0 MW Hydro 100% Vattenfall
Selsfors 61.0 MW Hydro 1944 10.6% Statkraft
Sillre 11.0 MW Hydro 1987 100% Vattenfall
Skallbole 46.0 MW Hydro 100% Statkraft
Skedvi 38.0 MW Hydro 1949 Fortum
Skoga 13.6 MW Hydro 1943 Fortum
Skogaby 12.5 MW Hydro 1922 100% Statkraft
Soderfors 20.0 MW Hydro 1979 100% Vattenfall
Spjutmo 35.0 MW Hydro 1969 Fortum
Stadsforsen 142.0 MW Hydro 1939 100% Vattenfall
Stalon 130.0 MW Hydro 1961 100% Vattenfall
Stenkullafors 57.0 MW Hydro 100% Vattenfall
Stensele 54.0 MW Hydro 1960 100% Vattenfall
Storfinnforsen 112.0 MW Hydro
Stornorrfors 599.0 MW Hydro 1958 75% Vattenfall
Stugun 47.0 MW Hydro 1956 100% Vattenfall
Svarthรฅlsforsen 80.0 MW Hydro 1954 Fortum
Sveg 36.0 MW Hydro 1975 Fortum
Tasjo 14.0 MW Hydro 1978 100% Statkraft
Timsfors 2.8 MW Hydro 1926 100% Statkraft
Torpshammar 119.0 MW Hydro 1943 100% Vattenfall
Trรคngslet 300.0 MW Hydro Fortum
Tuggen 118.0 MW Hydro 1962 100% Vattenfall
Umluspen 100.0 MW Hydro 1957 100% Vattenfall
Untra 43.0 MW Hydro 1918 Fortum
Vargfors 134.0 MW Hydro 1961 100% Vattenfall
Vargon 35.0 MW Hydro 1937 100% Vattenfall
Vietas 325.0 MW Hydro 100% Vattenfall
Viforsen 10.0 MW Hydro 1982 100% Statkraft
Vittjarv 33.0 MW Hydro 100% Vattenfall
Volgsjofors 20.0 MW Hydro 1980 100% Statkraft

What is hydropower?

Hydropower, also known as hydroelectric power, is a form of renewable energy that generates electricity by harnessing the power of moving water. It involves the conversion of the energy in flowing water into electrical energy using turbines and generators.

The process of generating hydropower typically involves constructing a dam or other structure that creates a reservoir or a flow of water with significant potential energy. The stored or flowing water is then directed through turbines, which spin and generate electricity. The amount of electricity generated depends on the amount of water flowing through the turbines and the height of the dam or reservoir, which determines the potential energy of the water.

Hydropower is a widely used form of renewable energy, accounting for about 16% of the world's electricity generation. It is also a flexible and reliable source of energy that can be used for both large-scale and small-scale electricity generation. Additionally, it provides a range of other benefits, such as flood control, irrigation, and water supply for drinking and agriculture.

How much electricity is generated from hydropower each year?

According to the latest data from the International Energy Agency (IEA), the global hydropower capacity reached 1,308 GW at the end of 2020, generating 4,366 TWh of electricity annually.

Wich country is the largest producer of hydroelectric power?

The largest hydropower producer is China, with an installed capacity of 356 GW and an annual generation of 1,348 TWh. Other leading hydropower producers include Brazil, Canada, the United States, and Russia.

What is the largest hydroelectric power plant in the world?

The largest hydroelectric power plant in the world is the Three Gorges Dam located in Yiling District, Yichang, Hubei province, China. The dam spans the Yangtze River and has a total installed capacity of 22.5 GW. It consists of 32 turbine-generator units, each with a capacity of 700 MW, and is capable of generating approximately 101.6 TWh of electricity per year.

The Three Gorges Dam is also the largest power station of any kind in the world, surpassing even the largest thermal power plants. The construction of the dam began in 1994 and was completed in 2012, at a cost of approximately US$28 billion. It is a key part of China's efforts to reduce its greenhouse gas emissions and to meet its growing demand for electricity.

Is hydropower is a renewable energy source?

The generation of hydroelectric power utilize the natural energy of water flowing or falling to generate electricity, which is replenished by the water cycle. The water used to generate electricity in hydropower plants is not consumed or depleted, but rather returned to the natural water cycle. Thus, hydropower is classified as a renewable source of energy.

Data Information

This data is a derivitive set of data gathered by source mentioned below.

Data Sources

Global Energy Observatory/Google/KTH Royal Institute of Technology in Stockholm/Enipedia/World Resources Institute/database.earth