Multiple regression analysis in the development of NiFe cells as energy storage solutions for intermittent power sources such as wind or solar

Multiple regression analysis was used to investigate the effect of bismuth sulphide and iron sulphide as anode additives for NiFe cells. With this in mind, in-house made Fe/FeS/Bi2S3 based electrodes were cycled against commercially available nickel electrodes. A simplex centroid design was used to...

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Published inInternational journal of hydrogen energy Vol. 41; no. 37; pp. 16330 - 16337
Main Authors Gil Posada, Jorge Omar, Abdalla, Abdallah H., Oseghale, Charles I., Hall, Peter J.
Format Journal Article
LanguageEnglish
Published Elsevier Ltd 05.10.2016
Subjects
Cell performance
Electrolyte decomposition
Hydrogen evolution
NiFe
Electrolyte decomposition
Hydrogen evolution
NiFe
Cell performance
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Abstract Multiple regression analysis was used to investigate the effect of bismuth sulphide and iron sulphide as anode additives for NiFe cells. With this in mind, in-house made Fe/FeS/Bi2S3 based electrodes were cycled against commercially available nickel electrodes. A simplex centroid design was used to investigate the combined effects of any of the aforementioned additives on cell performance. The manuscript ends with an initial look at electrolyte systems as a means to further improve the performance of our cells. Finally, our findings support the idea that HS- ions improve the overall performance of NiFe cells. [Display omitted] •We investigate selected electrode and electrolyte additives on cell performance.•Hydrogen evolution is linked to NiFe battery performance.•The performance of a NiFe Cell depends on the initial cycles of charge/discharge.
AbstractList Multiple regression analysis was used to investigate the effect of bismuth sulphide and iron sulphide as anode additives for NiFe cells. With this in mind, in-house made Fe/FeS/Bi2S3 based electrodes were cycled against commercially available nickel electrodes. A simplex centroid design was used to investigate the combined effects of any of the aforementioned additives on cell performance. The manuscript ends with an initial look at electrolyte systems as a means to further improve the performance of our cells. Finally, our findings support the idea that HS- ions improve the overall performance of NiFe cells. [Display omitted] •We investigate selected electrode and electrolyte additives on cell performance.•Hydrogen evolution is linked to NiFe battery performance.•The performance of a NiFe Cell depends on the initial cycles of charge/discharge.
Author Oseghale, Charles I.
Hall, Peter J.
Gil Posada, Jorge Omar
Abdalla, Abdallah H.
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Keywords Electrolyte decomposition
Hydrogen evolution
NiFe
Cell performance
Language English
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  ident: 10.1016/j.ijhydene.2016.04.165_bib47
  article-title: A high-performance rechargeable iron electrode for large-scale battery-based energy storage
  publication-title: J Electrochem Soc
  doi: 10.1149/2.034208jes
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Snippet Multiple regression analysis was used to investigate the effect of bismuth sulphide and iron sulphide as anode additives for NiFe cells. With this in mind,...
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elsevier
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StartPage 16330
SubjectTerms Cell performance
Electrolyte decomposition
Hydrogen evolution
NiFe
Title Multiple regression analysis in the development of NiFe cells as energy storage solutions for intermittent power sources such as wind or solar
URI https://dx.doi.org/10.1016/j.ijhydene.2016.04.165
Volume 41
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