Test data
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High heat-resistance
Demonstrates stable performance even in high temperature environments
Comparison of float charge resistance (85 ℃, 3.8V)
Change in internal resistance during float charging (85 ℃,3.8V)
Capacity change during float charging (85 ℃, 3.8V)
Change in internal resistance during float charging (65 ℃,3.6V)
Capacitance change during float charging (65 ℃, 3.6V)
low temperatures charactaristic
Large current can be supplied stably
Comparison of internal resistance increase in low temperatures
〈Test conditions〉
Conform to IEC62813-2015
Performance change during repeated charging and discharging at -40℃
〈Test conditions〉
500F 1 cell, maximum current 20 A (90 C), 85 sec/cycle
Internal resistance
Capacitance
Supports large current
Excellent durability against deterioration caused by self-heat generation during large current charge/discharge
Self-heat generation behavior during large current charge/discharge
〈Test conditions〉
500F 1 cell, maximum current 150 A (675 C), 45℃
Performance change with repeated large-current charging/discharging
〈Test conditions〉
2000F 1 cell, maximum current 480 A (540 C), 5 sec/cycle, 25℃
Internal resistance
Capacitance
Safeness
Cleared rigorous safety tests based on conforming to Chinese national standards (GB/T31485-2015)
