9.8 GW from renewable sources
Switzerland is known for its robust energy and power generation sector, characterized by a diverse mix of energy sources and a strong commitment to sustainability. The country operates a total of 168 power plants, which collectively contribute to an installed capacity of approximately 13.3 gigawatts (GW). This capacity is predominantly fueled by renewable energy sources, particularly hydropower, which plays a central role in Switzerland’s energy landscape.
The primary energy sources in Switzerland are hydropower, nuclear energy, and to a lesser extent, solar energy. Hydropower is the cornerstone of the Swiss energy sector, with 162 plants harnessing the country’s abundant water resources to generate around 9.8 GW of electricity. This reliance on hydropower not only supports the national grid but also positions Switzerland as one of the leading countries in the world in terms of renewable energy generation. Nuclear energy is another significant contributor, with four nuclear plants providing an additional 3.4 GW of capacity. However, the contribution of solar energy remains minimal, with only two solar plants currently operational and their capacity yet to contribute substantially to the overall energy mix.
In recent years, Switzerland has made notable progress in renewable energy, particularly in enhancing the efficiency and capacity of its hydropower plants. The government has also implemented various policies aimed at promoting the use of renewable resources and reducing greenhouse gas emissions. As part of its Energy Strategy 2050, Switzerland aims to transition away from nuclear energy while increasing the share of renewables in its energy mix. This strategy includes initiatives to incentivize solar energy development, improve energy efficiency, and expand the use of other renewable sources such as wind and biomass.
Despite its advancements in renewable energy, Switzerland faces several challenges in its energy sector. One of the primary concerns is the aging infrastructure of existing power plants, particularly in the nuclear sector, which requires significant investment for upgrades and maintenance. Additionally, the geographical and climatic conditions that favor hydropower may limit the expansion of other renewable sources, such as wind and solar, which are less developed in the country. Moreover, the integration of renewable energy into the grid presents challenges related to energy storage and balancing supply and demand, particularly given the seasonal variability of hydropower generation.
Looking forward, the future outlook for Switzerland's energy and power generation sector appears promising yet complex. The country's commitment to sustainability and reducing carbon emissions aligns with global trends toward cleaner energy sources. Continued investment in renewable energy technologies, alongside the modernization of existing infrastructure, will be essential to achieving the ambitious targets set forth in the Energy Strategy 2050. Additionally, fostering public and private partnerships will be crucial in driving innovation and overcoming the challenges faced by the sector. As Switzerland navigates its energy transition, the balance between energy security, environmental sustainability, and economic feasibility will remain a key focus for policymakers and stakeholders alike.
| Plant Name | Type | Capacity | Year |
|---|---|---|---|
| Bieudron | Hydro | 1,285 MW | 1999 |
| Kernkraftwerk Leibstadt | Nuclear | 1,245 MW | 1984 |
| Kernkraftwerk Gösgen | Nuclear | 1,035 MW | 1979 |
| Limmern | Hydro | 1,000 MW | 2016 |
| Kernkraftwerk Beznau | Nuclear | 760 MW | 1965 |
| Nendaz | Hydro | 392 MW | 1960 |
| Kernkraftwerk Mühleberg | Nuclear | 390 MW | 1972 |
| Grimsel 2 | Hydro | 348 MW | 1981 |
| Bitsch (Biel) | Hydro | 340 MW | 1969 |
| Biasca | Hydro | 324 MW | 1959 |
| Fionnay (Dixence) | Hydro | 306 MW | 1957 |
| Pradella | Hydro | 300 MW | 1970 |
| Châtelard-Vallorcine | Hydro | 260.5 MW | 1978 |
| Riddes | Hydro | 258 MW | 1956 |
| Stalden (KWM) | Hydro | 185 MW | 1965 |
| Aarberg | Hydro | 155 MW | 1968 |
| Sedrun 1 | Hydro | 150 MW | 1968 |
| Biaschina | Hydro | 141 MW | 1966 |
| Fionnay (Mauvoisin) | Hydro | 140 MW | 1958 |
| Bavona | Hydro | 140 MW | 1966 |
| Etzelwerk Altendorf | Hydro | 135 MW | 1937 |
| Gordola | Hydro | 132.5 MW | 1965 |
| Amsteg | Hydro | 120 MW | 1923 |
| Verbano 1 | Hydro | 119 MW | 1953 |
| Cavergno | Hydro | 114 MW | 1955 |
| Laufenburg | Hydro | 110 MW | 1914 |
| Albbruck | Hydro | 108 MW | 1933 |
| Verbois | Hydro | 102.8 MW | 1943 |
| Olivone | Hydro | 102 MW | 1962 |
| Handeck 1 | Hydro | 100 MW | 1932 |
| Castasegna | Hydro | 100 MW | 1959 |
| Vernayaz (CFF) | Hydro | 92 MW | 1927 |
| Safien Platz | Hydro | 90 MW | 1957 |
| Lavey | Hydro | 90 MW | 1950 |
| Martina | Hydro | 84 MW | 1994 |
| Soazza | Hydro | 83 MW | 1961 |
| Zermeiggern | Hydro | 74 MW | 1966 |
| Piottino | Hydro | 72.9 MW | 1932 |
| Tinizong | Hydro | 69.5 MW | 1954 |
| Rempen | Hydro | 66.24 MW | 1926 |
| Croix | Hydro | 66 MW | 1957 |
| Filisur | Hydro | 65 MW | 1967 |
| Fieschertal | Hydro | 64 MW | 1975 |
| Innertkirchen 2 | Hydro | 62 MW | 1967 |
| Airolo | Hydro | 60 MW | 1947 |
| Handeck 3 (Isogyre) | Hydro | 55 MW | 1976 |
| Unteraa (Lungerersee) | Hydro | 54 MW | 1921 |
| Peccia (Sambuco) | Hydro | 54 MW | 1955 |
| Chancy-Pougny | Hydro | 54 MW | 1925 |
| Ardon | Hydro | 52 MW | 1960 |
Showing 50 of 168 plants