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at the Institute of Physics of Rennes. We are a highly collaborative and international team with more than 20 researchers working in the areas of ultrafast spectroscopy, crystallography and energy conversion. Our
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. Context: Gas turbine (GT) technology for power generation is and will be needed in the medium/long future to compensate for the intermittent output of renewable energy sources. GTs have been operated
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energy source, both for its energy storage capacity and for its green production when it comes from water splitting, especially if the primary energy is renewable. One of the main difficulties in
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brings together an European group of electro-intensive research infrastructures. This project aims to reduce their carbon (and environmental) footprint through optimized management of energy flows
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the current challenge of irreversible climate change, the search for CO2- neutral energy sources and carriers is essential. Thanks to its transient storage and restitution during peaks of energy needs via fuel
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batteries and thus replace a CO2 emitting energy (combustion) by a renewable non-emitting energy. This process is divided into two steps: On the one hand, a thermal pre-treatment by pyrolysis, which is a
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characterization (ITM) platform consists of a set of mobile thermomechanical tools to perform in situ experiments on the high-energy beamlines as well as a high-capacity detector. Its objective is to achieve
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for a reduced weight and volume. The tremendous success of these systems and the development of new large-scale applications (renewable energy storage, connected objects,...) require ongoing improvements
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importance to switch to efficient renewable energies such as solar, wind or geothermal, it is essential to consider the materials that are used in this new paradigm. In fact, most of the time only
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energies. To achieve this, the traditional combustion of carbon-based natural gas must be abandoned in favor of carbon-free fuels derived from renewable energies. ACHIEVE aims at developing the fundamental