Closed Projects

Electricity market designs and impact on existing Swiss capacity

Within this project, power generation technologies possibly contributing to Swiss electricity supply until 2050 are evaluated. The evaluation concerns technology development, generation (or import…

EUSTEM identifies least-cost combination of power plants and electricity generation mixes to meet EU electricity demands. It has a high temporal resolution, which combined capacity expansion and…

This joint project aims to substitute electricity and fossil fuels used for cooling and heating of buildings in Switzerland with low-grade waste heat from industrial processes and thermal energy…

The Future Resilient Systems program (FRS) develops a framework, concepts, and tools to make interconnected infrastructure systems more robust and resilient. FRS is the second research program…

The exploitation of underground energy resources as well as the use and expansion of hydropower, are, like all energy technologies, not completely risk free. The primary risks identified in the…

The overall objectives of the joint project are twofold: To demonstrate a combined sensible/latent-heat storage at an industrially relevant scale for use in advanced adiabatic compressed air…

Interdisciplinary energy think-tank to support decision making at the European level

Integration of stochastic renewables in the Swiss electricity supply system

The project studies the impacts of adding distributed stochastic generation to the Swiss electricity system is divided in 2 phases. The first phase focuses on evaluating the impact of RES (mainly…

Bilevel-electricity markets: Oligopolistic capacity expansion with subsequent market-bidding under transmission constraints

SCCER Storage aims to develop the science and technology of electricity & heat storage in order to guarantee the continuous (temporal and regional), reliable, and cost-efficient supply of…

Swiss Competence Centre for Energy Research -- Supply of Electricity -- Phase I

The SCCER Mobility expands the research and development capacities within the field of mobility. It aims to find new solutions and products with a measurable impact on energy efficiency and CO…

The environmental performance of nuclear power generation should be based on objective evidence that can also be compared to other electricity generation technologies. For this purpose, Life Cycle…

In project POWER-UP, a 500 kWe alkaline fuel cell (AFC) system will be demonstrated at Air Products (AIRP) industrial gas plant at Stade (in Lower Saxony, in northern Germany). This ambitious…

In project ALKAMMONIA a proof-of-concept system designed to provide power in remote applications will be developed and tested. The project will integrate three innovative and proven technologies:…

Integration of the GMM model and MCDA

Integration of Decentralized Energy Adaptive Systems for cities

The pressing need to rethink the Swiss Energy Mix following the decision to phase out nuclear power in Switzerland by 2034 lends added importance to accelerating the development of Enhanced…

The SCCER-SoE aims to develop fundamental research and innovative solutions in the domains of GeoEnergies (Deep Geothermal Energy and CO2 sequestration) and HydroPower. Thanks to the innovation of…

Tsunamis, hurricanes, flooding, earthquakes can lead to hundreds of fatalities and billions of economic losses. In the last decades, critical infrastructures were developed in the way to ensure…

Deep geothermal energy is a potential resource of both heat and electricity generation that is extremely large, nearly CO2 free, domestically sourced and probably reliable.

In this project an analytical approach is developed and implemented to evaluate the frequencies and associated consequences of selected hazard scenarios for Switzerland based on historical data.…

The current study can be divided in two distinct phases. In the first phase the collection and preparation of spill data by means of PSI’s Energy-related Severe Accident Database (ENSAD) is…