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A life cycle exergy-based analysis of Power-to-liquid/Power-to-gas hybrid processes coupled with different water electrolysis technologies

Ruxing Gao, Lei Wang, Leiyu Zhang, Chundong Zhang, Ki‐Won Jun, Seok Ki Kim, Tiansheng Zhao, Hui Wan, Guofeng Guan, Guofeng Guan

2023Fuel11 citationsDOI

Topics & Concepts

ExergyProcess engineeringLife-cycle assessmentRenewable energyPower to gasEnvironmental scienceElectrolysisWork (physics)ElectricityEnvironmental impact assessmentEnvironmental economicsEngineeringEconomicsMechanical engineeringProduction (economics)BiologyPhysical chemistryEcologyElectrodeChemistryMacroeconomicsElectrolyteElectrical engineeringHybrid Renewable Energy SystemsThermodynamic and Exergetic Analyses of Power and Cooling SystemsEnvironmental Impact and Sustainability
A life cycle exergy-based analysis of Power-to-liquid/Power-to-gas hybrid processes coupled with different water electrolysis technologies | Litcius