Specification:
| Product name |
12.8V 100Ah |
| Model |
RSK-12.8-100 |
| Rated Capacity |
100Ah |
| Nominal Voltage |
12.8V |
| Over discharge protection voltage |
10V±0.05V |
| Over charge protection voltage |
14.6V±0.05V |
| AC Impedance New Cell Max.(mΩ) |
≤100 mΩ |
| Maximum Continuous Charge Current |
≤10A adjustment |
| Maximum Continuous Discharge Current |
≤50A adjustment |
| Maximum Pulse discharge current |
≤100A adjustment |
| Operation Temperature Range |
Charge: 0~45°C,Discharge: -20~60°C |
| Storage Temperature Range |
Less than 1 year: -20~25°C |
| Less than 3 months: -20~40°C |
| Storage Temperature Range |
Less than 30 Days: -25°C~45°C |
| Less than 90 Days: -25°C~30°C |
| Weight |
Approx 15kg |
| Cycle Characteristic |
3000 times |
The advantages for 12.8V 100Ah LiFePO4 batteries for electric folklift:
Charging speed and flexibility:
Lithium batteries use fast charging technology, charging from 10% to 100% in just 2 hours, while lead-acid batteries take 8-10 hours. Lithium batteries support random charging, without the need for a fixed time cycle, and do not affect battery life, making them suitable for multi-shift operations.
Life and reliability:
The cycle life of lithium batteries is as high as more than 4,000 times (about 24,000 hours). In actual use, even after 4,000 cycles, the capacity remains above 65%. Lead-acid batteries only have 1,200 cycles (about 6,000 hours), and the capacity is less than 50% after 1,200 uses.
Performance and temperature adaptability:
Lithium batteries maintain stable discharge performance in an environment of -20°C to 60°C, and the discharge efficiency at low temperature (-20°C) is still 80%-90%, while the low temperature efficiency of lead-acid batteries is less than 30%.
Maintenance cost:
Lithium batteries are maintenance-free and pollution-free, and long-term use can reduce operating costs. Lead-acid batteries require regular maintenance such as checking the electrolyte and adding distilled water, and there are environmental pollution treatment costs.
Safety:
Using flame-retardant material shell and built-in BMS system (to prevent overcharging, short circuit, etc.), the safety is better than lead-acid batteries.
