Where power will come from in 2050 | ETH Zurich
By 2050, the aim is for Switzerland''s energy system to be decarbonised and no longer reliant on nuclear power. How this can be achieved and the costs of doing so are set
By 2050, the aim is for Switzerland''s energy system to be decarbonised and no longer reliant on nuclear power. How this can be achieved and the costs of doing so are set
The new professorship "Electrical Energy Storage Systems" seeks to develop advanced storage technologies that will enable a reliable and sustainable energy supply. On the one hand, we
The new professorship "Electrical Energy Storage Systems" seeks to develop advanced storage technologies that will enable a reliable and sustainable
A systematic study at ETH Zurich within the SCCER framework explored the potential of extending the stor-age capacity of existing Swiss storage lakes (reser-voirs) by dam heightening.
Switzerland''s new €2 billion energy storage initiative isn''t just another infrastructure project - it''s a moonshot combining hydropower tradition with cutting-edge tech.
The Federal Council just launched Europe''s most ambitious battery storage tender - a 900 MW capacity push to solve their Alpine energy puzzle. But why''s a country drowning in hydropower
Battery energy storage PCS solution for EKZ, one of Switzerland''s largest energy companies BESS 1 MW / 250 kWh PCS solution at the Dietikon Power Plant in Zurich, Switzerland.
By 2050, the aim is for Switzerland''s energy system to be decarbonised and no longer reliant on nuclear power. How this can be
With the Zurich Energy Storage Project 2024, the country takes another leap toward achieving its 2050 net-zero targets. This project focuses on large-scale battery storage systems designed to
This article explores cutting-edge storage solutions reshaping grid stability while addressing renewable energy intermittency – a challenge affecting solar, wind, and hydroelectric systems
A new pumped-storage power station, one of the most powerful in Europe, came on stream in canton Valais in southern Switzerland in July 2022.
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In order to compensate the vanishing nuclear generation, hydropower is supposed to grow in the Swiss Energy Strategy 2050. While hydropower shows great benefits and ecological strengths such as high efficiencies and very low CO2,eq per unit of electricity generated, it does have impacts on the aquatic environment.
Thanks to its flexibility and storage options at multi-ple scales, from milliseconds to seasons, hydropower is the backbone of the Swiss electricity system. Keep-ing its central role would foster the integration of volatile renewable energy resources like photovoltaics and wind.
Herein, the hydropower generation and storage potential in three scenarios, from lower-bound to upper-bound, is summarized. In the upper-bound scenario the expected annual generation of 39.1 TWh/a slightly exceeds the target of 38.6 TWh/a as defined by the Swiss energy strategy 2050.
In the winter 2016/17, when the generation of the Swiss nuclear power plants was pronouncedly below average, the net import of 10 TWh represented even 39% of the domestic net generation in the winter half year (SFOE, 2019b).