9.8 GW from renewable sources
Energy Sources by Capacity
Overview of Switzerland's Energy and Power Generation Sector
Switzerland's energy and power generation sector is characterised by a diverse mix of sources and a strong commitment to sustainability. With a total of 168 power plants and an installed capacity of 13.3 gigawatts (GW), the country has established itself as a leader in renewable energy, particularly in hydroelectric power. The Swiss landscape, with its abundant rivers and lakes, lends itself well to hydropower generation, which constitutes the backbone of the nation's energy system.
The primary energy sources in Switzerland are dominated by hydroelectric power, accounting for 9.8 GW from 162 hydro plants. This reliance on hydropower is a significant aspect of the Swiss energy landscape, which provides approximately 60% of the total electricity consumed. Nuclear energy also plays a critical role, with four nuclear power plants contributing 3.4 GW to the overall capacity. Although the share of solar energy is currently minimal, with only two plants and negligible capacity, there is a growing interest in expanding this sector as part of the country's renewable energy strategy.
In recent years, Switzerland has made notable progress in renewable energy development. The government has set ambitious goals to reduce greenhouse gas emissions and transition towards more sustainable energy sources. The Energy Strategy 2050 aims to increase the share of renewable energies in the total electricity mix, with particular emphasis on solar, wind, and biomass, as well as improving energy efficiency. The country is also investing in modernising its existing infrastructure to accommodate a more decentralised energy production model, which includes the integration of local renewable sources into the grid.
Despite the progress, the Swiss energy sector faces several challenges. One major issue is the reliance on hydropower, which can be vulnerable to climate change impacts, such as reduced water flow during drought periods. Additionally, the phase-out of nuclear power, as mandated by the Swiss electorate, raises concerns about energy security and the need to find alternative sources to fill the energy gap. This transition requires careful planning and investment to ensure a stable and reliable energy supply while maintaining affordability for consumers.
Looking to the future, Switzerland is poised to enhance its energy landscape significantly. The increasing adoption of solar technology, supported by government incentives and public awareness, could lead to a substantial rise in solar capacity over the coming years. Furthermore, advancements in energy storage technologies will be critical in addressing the intermittency of renewable sources, particularly solar and wind. The integration of smart grid technologies will also facilitate better management of energy distribution and consumption, allowing for a more resilient and efficient energy system.
In conclusion, Switzerland's energy and power generation sector is marked by a strong foundation in hydropower, a commitment to renewable energy expansion, and a proactive approach to addressing challenges associated with energy security and climate change. With strategic investments and a focus on innovation, the country aims to strengthen its energy independence and sustainability, paving the way for a greener future.
Power Stations
| Station Name | Type | Capacity | Year |
|---|---|---|---|
| Bieudron | Hydro | 1,285 MW | 1999 |
| Kernkraftwerk Leibstadt | Nuclear | 1,245 MW | 1984 |
| Gösgen Nuclear Power Plant | Nuclear | 1,035 MW | 1979 |
| Limmern | Hydro | 1,000 MW | 2016 |
| Beznau Nuclear Power Plant | Nuclear | 760 MW | 1965 |
| Nendaz | Hydro | 392 MW | 1960 |
| Mühleberg Nuclear Power Plant | 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 |
| Bavona | Hydro | 140 MW | 1966 |
| Fionnay (Mauvoisin) | Hydro | 140 MW | 1958 |
| 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 |
| Castasegna | Hydro | 100 MW | 1959 |
| Handeck 1 | Hydro | 100 MW | 1932 |
| 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 |
| Chancy-Pougny | Hydro | 54 MW | 1925 |
| Peccia (Sambuco) | Hydro | 54 MW | 1955 |
| Unteraa (Lungerersee) | Hydro | 54 MW | 1921 |
| Ardon | Hydro | 52 MW | 1960 |
Showing 50 of 168 plants