Potential of zero charge regulation in VZn-Ni2-Mo3N reconstructs interfacial water networks for enhanced hydrogen evolution at industrial current densities

Key Points

• Hydrogen evolution performance is enhanced at industrial current densities, showing significant potential for practical applications.
• Key evidence indicates that zero charge regulation leads to more efficient interfacial water networks, improving overall reaction rates.
• Assessment of the VZn-Ni2-Mo3N material reveals its effectiveness for regulating charge during hydrogen evolution in electrocatalysis.
• Findings highlight the importance of optimizing water networks and charge management in electrocatalytic systems for industrial usage.