Key Features
1. High Safety
Solid-state batteries use non-flammable solid electrolytes, significantly reducing the chances of
thermal runaway and enhancing overall safety.
2. High Energy Density
Solid-state batteries can use lithium metal as the anode, providing a much higher energy density
than lithium batteries with graphite anodes. Expected energy density can reach 400Wh/kg or more。
3. Long Cycle Life
Solid electrolytes help prevent the growth of lithium dendrites, reducing the risk of battery
degradation and short circuits. The stability extends battery cycle life.
4. Wide Operating Temperature Range
Lithium ion batteries suffer performance degradation at low temperatures (under -20°C),
while solid-state batteries maintain better performance under extreme conditions.
Solid-state batteries also perform greater stability in high temperature environments.
5. Fast Charging Speed
Solid-state electrolytes support higher ion conductivity, enabling faster charging speeds.
6. Light Weight and Compact Design
Solid-state batteries eliminate the demand for separators and complex cooling systems,
resulting in a lighter and more compact structure. It makes them ideal for electric vehicles,
aerospace, and portable electronics.
Model: | HX12100SS |
Nominal Voltage: | 12.8V |
Nominal Capacity: | 100Ah |
Maximum Charge Voltage: | 14.6V |
Maximum Charge Current: | 100A |
Maximum Continuous Discharge Current: | 100A |
Maximum Peak Discharge Current (10 seconds): | 200A |
Maximum Load Power: | 1280W |
Discharge Cut-off Voltage: | 10.0V |
Charge Temperature: | 0~+50℃ |
Discharge Temperature: | -40~+80℃ |
Operating Humidity: | <95%R.H (Non-condensing) |
Cycle Life (25℃, 0.5C, 100% DOD): | >6000 |
Cells: | Prismatic Cell |
Terminals: | F12(M8) |
Protection Level: | IP65 or IP67 |
Dimensions: | 229*144*213mm |
Weight: | 19kg |