Investigation of the Influence of Active Material Structure on High Rate Discharge Performance of VRLA Batteries

Keyphrases

• Material Structure 100%
• Lead Sulfide 100%
• Valve-regulated Lead-acid Battery 100%
• High-rate Dischargeability 100%
• Active Materials 100%
• Operating Conditions 50%
• New South Wales 50%
• Environmental Conditions 50%
• Significant Level 50%
• High Temperature 50%
• Age-related Decline 50%
• Overall Efficiency 50%
• Effective Techniques 50%
• Electrolyte 50%
• High Discharge 50%
• Discharge Performance 50%
• Deterioration Mode 50%
• Electrochemical Analysis 50%
• Self-discharge 50%
• Positive Materials 50%
• Aging Failure 50%
• Charging Process 50%
• Failure Mode 50%
• Low Discharge 50%
• Discharge Products 50%
• Aging Modes 50%

Engineering

• Lead Sulfate 100%
• Valve Regulated Lead Acid Battery 100%
• Active Material 100%
• South Wale 50%
• Conducted Experiment 50%
• Failure Mode 50%