Rechargeable nickel–iron batteries for large-scale energy storage - Abdalla, Abdallah H; Oseghale, Charles I; Gil Posada, Jorge O; Hall, Peter J (IET renewable power generation, 2016)
Keywords: atomic force microscopy; atomic force microscopy techniques; commercial nickel electrodes; composite materials; Copper; copper composites; cyclic voltammetry; Electric batteries; electrochemical electrodes; electrochemical performance; electrode electrochemical characterisation; Electrodes; Energy storage; FeS2; galvanostatic charge‐discharge; grid energy storage; Iron; iron compounds; iron sulphide effect; iron‐based electrodes; iron‐rich electroactive paste; large‐scale energy storage; Nickel; nickel stripes; Ni‐Fe; Rechargeable batteries; rechargeable nickel‐iron batteries; secondary cells; Special Issue: Selected Papers from the Offshore Energy & Storage Symposium (OSES 2015); Sulfides; voltammetry (chemical analysis); X‐ray diffraction; copper composites; X-ray diffraction; iron compounds; Cu; voltammetry (chemical analysis); nickel stripes; secondary cells; copper; electrode electrochemical characterisation; rechargeable nickel-iron batteries; iron sulphide effect; iron-based electrodes; composite materials; nickel; electrochemical electrodes; atomic force microscopy techniques; Ni-Fe; atomic force microscopy; commercial nickel electrodes; grid energy storage; large-scale energy storage; cyclic voltammetry; galvanostatic charge-discharge; iron; iron-rich electroactive paste; electrochemical performance; FeS2