‌Nickel Nameplates Key Role and Technological Breakthroughs in the New Energy Industry Chain

Writer：admin Time：2025-03-27 16:46 Browse：℃

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As the global energy structure transitions toward cleaner solutions, nickel nameplates are playing vital roles in photovoltaic, hydrogen energy, and power battery sectors due to their high stability and conductive properties. From battery tab identification to electrolyzer component labeling, nickel's innovative applications are injecting new momentum into industrial safety and efficiency.

In lithium-ion battery manufacturing, nickel nameplates are used for laser-encoded markings on cell tabs. Traditional aluminum materials corrode easily in electrolyte environments, causing information loss, whereas nickel nameplates maintain 98% character integrity after 1,000 hours of immersion in 1.5mol/L LiPF6 electrolyte. A leading battery manufacturer embedded 0.1mm nickel alloy nameplates to extend cell traceability data storage to 15 years, significantly improving lifecycle management.

In hydrogen energy, nickel nameplates break technical barriers through catalytic properties. Porous nickel-based nameplates serve as electrode carriers for water electrolysis, achieving a specific surface area of 800m²/g and improving hydrogen evolution efficiency by 12% compared to traditional platinum electrodes. This integration of labeling and chemical functionality opens a new "functional identification" track for nickel nameplates.