![]() The results show that the most competitive gas turbine option is a combined cycle configuration that is capable of handling up to 100% hydrogen, fed with various mixtures of hydrogen and biomethane. The work applies a techno- economic optimisation model to future European electricity systems with high shares of VRE. The aim of this work is to analyse the competitiveness of hydrogen- fueled gas turbines, including both open and combined cycles, with flexible fuel mixing of hydrogen and biomethane in zero- carbon emissions electricity systems. Hydrogen as an energy carrier, combined with storage, has the ability to shift electricity generation in time and thereby support the electricity system. In electricity systems mainly supplied with variable renewable electricity (VRE), the variable generation must be balanced. Simon Öberg, Mikael Odenbergera, Filip Johnsson The value of flexible fuel mixing in hydrogen- fueled gas turbines – a techno- economic study ![]()
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