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Performance assessment of photovoltaic/thermal module coupled PEM electrolyzer hydrogen production system based on nanofluids and composite phase change materials

Tao Du, Yunbo Xu, Hongsheng Ma, Yang Li, Zhenxuan Li, Changjian Wang

2025Applied Energy5 citationsDOI

Topics & Concepts

Materials scienceCoolantHydrogen productionNanofluidWater coolingPhase-change materialHydrogenNuclear engineeringComposite numberElectrolysisElectrolysis of waterHeat exchangerPolymer electrolyte membrane electrolysisCarbon nanotubeProton exchange membrane fuel cellHeat transferComposite materialProcess engineeringThermal efficiencyChemical engineeringHybrid systemVolumetric flow rateCarbon fibersThermal energyCoupling (piping)ThermalActive coolingNatural circulationOperating temperatureElectricity generationEnergy transformationEnergy conversion efficiencyHeat sinkWorking fluidWaste heatHybrid Renewable Energy SystemsSolar Thermal and Photovoltaic SystemsPhase Change Materials Research
Performance assessment of photovoltaic/thermal module coupled PEM electrolyzer hydrogen production system based on nanofluids and composite phase change materials | Litcius