Lead-carbon batteries are used for

VEHICLE
UPS
Solar conversion use
Stop-Start
JUMP STARTER

CARBON LEAD characteristic

The use of high-conductivity, corrosion-resistant and creep-resistant alloys maintains a complete current collector structure during the entire battery life cycle, increases the hydrogen evolution and oxygen evolution potential, reduces water loss, and increases lifespan。
Using ultra-fine glass fiber AGM, super tensile performance, stable oxygen composite channel, long-lasting pressure retention performance, fixed electrode plate to prevent active material from falling off。
Several kinds of carbon materials are used to improve the conductivity of the electrode plate. The battery has the advantages of super capacitor instant large-capacity charging, and also improves the energy density of lead-carbon batteries, and has very good charging performance, excellent low-temperature starting ability, and longer cycle life.

Charging performance of lead-acid batteries and carbon-lead batteries

Charging performance test conditions:
(1) Discharge: the battery is discharged by 50%
(2) Stand still: the battery electrolyte temperature is cooled to 0℃ after discharge
(3) Charging: charge at 14.4V for 10 minutes to record the maximum received charging current.

Electrode plate mixed carbon conductivity LOG
After mixing the carbon plate with the numerical value in the chart on the left Conductivity increased by 42%

Comparison of start performance between lead-acid battery and carbon-lead battery at -20℃

Low temperature discharge test conditions:
(1) Standstill: After fully charged, place it at -20℃ and freeze for 24 hours.
(2) Discharge: discharge cut-off voltage 7.2V, maximum discharge current in 5 seconds

55℃high temperature life comparison between lead-acid battery and carbon-lead battery

According to IEC 60896-21:2004, IEC 60896-22:2004 high temperature float test conditions:
(1) Ambient temperature: 55±2℃ (2) Charging: charging voltage 13.5±0.05V (3) Floating charge time: 42±3 days
(4) Discharging: After 42 days, cool down at room temperature for 12~24 hours. Discharge to 10.2V in 3 hours
(5) Termination condition: When the battery capacity in 3 hours is less than 80%, the test will be terminated