Shows enhanced stability in water-splitting for renewable energy, indicating significant efficiency in electrolysis.
couple (1.70 V). Structural and chemical characterizations after prolonged HER/OER reveal the preserved heterodimeric architecture of NiPd/Pd, with the increased content of Ni-O-O-Pd motif imparting enhanced stability in acidic conditions. Consequently, the NiPd/Pd heterodimer can maintain stable operation of HER, OER, and overall water electrolysis for 24 h without significant attenuation. Furthermore, the electrolyzer can be efficiently powered by simulated renewable sources, highlighting its great potential for sustainable energy-conversion devices.
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Ge et al. (2026) studied this question.
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