Optimization of flower-like cobalt phosphate hydrate-double transition metal MXene composite electrodes for supercapattery

Key Points

• Supercapattery electrodes exhibit enhanced energy storage capacity with optimized properties, improving efficiency.
• Analysis shows a significant increase in performance metrics, including energy density and cycle life measurements.
• Optimization of cobalt phosphate hydrate and transition metal MXene composite involves advanced material synthesis techniques.
• This work supports the development of more efficient energy storage solutions, especially in portable devices.