The Axial Supercapacitor 3.0V 4500F is crucial for dynamic reactive power compensation in urban power grids, joint drive systems in industrial robots, and landing cushion systems for space exploration probes. It quickly stores and releases energy to stabilize voltage, support high-speed precise movements, and ensure safe landings, enhancing power quality, production efficiency, and space mission safety.
NO. | Item | Specification | Remark |
1 | Rated Capacitance | 4500F | Test methods are described below. |
2 | Rated Voltage | 3.0V | |
3 | Capacitance Tolerance | -10%~+20% | @25℃ |
4 | Surge Voltage | 3.1V | |
5 | ESRDC | ≤ 0.38mΩ | Test temperature: 25±2℃ |
6 | Standard Charging Current | 150A | @25℃ Charge at 150(A) constant current to the rated voltage. |
7 | Standard Discharging Current | 150A | @25℃ Discharge at 150(A) constant current to the half of rated voltage. |
8 | Power Density | 5.36kW/kg | |
9 | Dump Energy | 5.63Wh | |
10 | Voltage Holding | ≥80% | 25℃, After 72 hours |
11 | Operating Temperature Range | -40~65℃ | |
12 | Storage Temperature Range | -20~50℃ | |
13 | Maximum Operating Current | 168A | |
14 | Weight | About 0.53kgg | |
15 | Leakage Current, LC(72h) | ≤ 11.7mA | @25℃ |
16 | Maximum Peak Current, 1s | 2490.8A |
1. Massive Support for Capacity
extra-large capacity for high-power applications, like large-scale energy storage and electric cars.
2. Rapid Charging and Draining
enables rapid response to sudden changes in load and supports high-rate charging and discharging.
3. Outstanding Thermal Control
Even in hot conditions, stable operation is guaranteed by improved heat dissipation.
Dynamic Reactive Power Compensation for Urban Power Grids
Urban power grids face significant load fluctuations and varying reactive power demands. The 3.0V 4500F supercapacitor can quickly store or release energy to regulate the grid's reactive power, stabilize voltage, and improve the quality of power supply, ensuring the stability of urban electricity consumption.
Joint Drive Systems in Industrial Robots
Industrial robots require significant power for joint movement, and their operations are highly dynamic. The 3.0V 4500F supercapacitor can provide powerful energy to drive the joints of the robot, supporting high-speed, precise movements, which increases production efficiency and supports advanced automation.
Landing Cushion Systems for Space Exploration Probes
Space exploration probes experience tremendous impact forces when landing. The 3.0V 4500F supercapacitor can rapidly release high-power energy to drive the landing cushion system, ensuring quick activation and safe landing of the probe, and preventing damage during the landing process.
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