4.2V 42000F hybrid energy type supercapacitor, axial type, for high power and high energy density applications. Its special snap-in design allows for easy installation and replacement, and can be used with a variety of systems and equipment. This hybrid ultracapacitor has a long cycle life and excellent charge/discharge performance for continuous power and fast energy release.
| No. | Item | Specifications |
| 1 | Electrostatic Capacity | 42000F |
| 2 | Nominal Capacity | 20Ah (2.5-4.2V) 15Ah (2.5-3.8V) |
| 3 | Upper Capacity | 4.2V |
| 4 | Lower Capacity | 2.5V |
| 5 | Capacity Tolerance | ±10% |
| 6 | (10ms) DC Internal Resistance | ≤0.5mΩ |
| 7 | AC Internal Resistance | ≤0.3mΩ |
| 8 | Standard Charging Current | 100A (5C) |
| 9 | Maximum Charging Curren | 500A (25C) |
| 10 | Standard Charging Current | 100A (5C) |
| 11 | Standard Discharge Curren | 750A (50C) |
| 12 | Energy Density | ~80WH/kg |
| 13 | Cycle Life | 50000 times |
| 14 | Operating Temperature Range | -40~65 ℃ |
| 15 | Storage Temperature Range | -40~55 ℃ |
| 16 | Weight | About 0.86kg |
1. Massive Energy Storage
Offers extremely high energy density, ideal for large-scale energy storage systems and high-power loads.
2. Efficient Rapid Response
Supports fast charge/discharge, meeting peak power demands and enhancing device response speed.
3. Long-Lasting Durability
Optimized design ensures an exceptionally long lifespan, reducing maintenance costs and ensuring stable long-term operation.
1. Energy Storage Systems
The hybrid energy axial-type supercapacitor with 4.2V and 42000F can be used for energy storage in renewable energy generation systems such as solar and wind power. When there is an excess of energy production, it can effectively store electrical energy and release it when energy production is insufficient, balancing the energy supply of the power grid and ensuring a stable power output.
2. Transportation Field
In electric vehicles and hybrid vehicles, this supercapacitor can be used as an auxiliary power source. It provides instantaneous high - power during vehicle acceleration and startup, enabling the vehicle to respond quickly. Moreover, it recovers energy during braking, improving energy-use efficiency and extending the vehicle's driving range.
3. Industrial Equipment
It is suitable for instantaneous power compensation in industrial automation equipment. For example, in working conditions where motors are frequently started and stopped, it provides the required high-power pulses to ensure the stable operation of motors, reduce the impact on the power grid, and buffer the influence of power grid voltage fluctuations on equipment.
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