Nickel-hydrogen life cycle testing : review and analysis /

Annotation

Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Thaller, Lawrence H.
Otros Autores: Zimmerman, Albert H.
Formato: Electrónico eBook
Idioma:Inglés
Publicado: El Segundo, Calif. : Aerospace Press, 2003.
Temas:
Nickel-hydrogen batteries > Testing.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Overview of Nickel-Hydrogen Cell Technology
  • Relevant Chemical and Electrochemical Reactions
  • Major Cell Components
  • Cell Design Considerations
  • Stacking Arrangement
  • Review of LEO Cycling Data
  • LEO Cycling Data at 60% Depth of Discharge
  • Other LEO Cycling Data
  • Review of NASA Cycling in Support of the Space Station Program
  • Posttest Destructive Physical Analysis Studies
  • Plate Material Cycled to 40% DOD
  • Three Cells Cycled to 60% DOD
  • Unusual Form of Capacity Degradation on Cell Cycled to 65% DOD
  • Cell Cycled to 60% DOD at -5ʻC
  • Posttest Analysis of a Long-Life NASA Cell
  • Capacity Analyses on Cells Cycled to 40% DOD
  • Specialized Analytical Techniques Used in These Studies
  • Evaluating the Volume Tolerance of an IPV Cell
  • Determining Presence and Amount of Positive Precharge
  • Using Cell Pressure as a State-of-Charge Indicator
  • Evaluating Pressure Trends from Cycling Tests
  • Useful Features of Reconditioning
  • Expert System for Battery Performance Diagnostics
  • Estimating Plaque Corrosion from Pressure Increases
  • Topical Studies Addressed
  • Classification of Factors Resulting in Abbreviated Cycle Lives
  • Performance Degradation as Affected by Recharge Conditions
  • Influence of Charging Conditions on Plaque Corrosion
  • Electrode Damage in Cells Cycled at 60% DOD and -5ʻC
  • Review of Cycling Conditions That Encourage Long Cycle Life
  • Factors Affecting Plate Expansion
  • Temperature Effects on Plaque Corrosion
  • Increased Cycle Life Using 26% KOH as Electrolyte
  • Decreased Utilization of Active Material During Cycling
  • Capacity Maintenance During Cycling
  • Voltage Signatures of Several Different Degradation Mechanisms
  • The Importance of Initial Cycling Conditions
  • Randomness of Capacity Walkdown
  • Two Types of Capacity Walkdown
  • Summary of Findings
  • Capacity Loss Management
  • Maximizing the Usability of Nickel-Hydrogen Cells
  • Concluding Remarks.

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