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Lithium ion supercapacitor modules have the following advantages:

1. High capacitance: The capacity of supercapacitors can reach up to thousands of faradas, which is several thousand times higher than the capacity of tantalum electrolytic capacitors and aluminum electrolytic capacitors of the same volume.

2. Long lifespan of supercapacitor modules (charging tens of thousands of times); Lead acid batteries have a short lifespan (500 charging cycles), are prone to damage, and are difficult to manage. They are 20 to 200 times longer than lead-acid batteries and can have the same fate as devices.

3. Short charging time: Supercapacitors use high current for charging, which can quickly charge in seconds to minutes. Even if the battery is charged quickly, it takes dozens of minutes, and frequent rapid charging can also affect the battery life.

4. High charging and discharging efficiency (98%) of supercapacitor modules; Low charging and discharging efficiency of lead-acid batteries (70%);

Product characteristics

① High working voltage ②. Small size, light weight ③. Long cycle life ④. Green and environmentally friendly ⑤. Safe and reliable

application area

① Low temperature emergency starting power supply ②. Low speed autonomous vehicle ③. Mobile robot AGV ④. Power frequency modulation energy storage ⑤. Automation equipment ⑥. Wind power and photovoltaic frequency modulation energy storage ⑦. Smart grid

Precautions for use

1. Supercapacitors should be used within the rated voltage and specified operating temperature range, should not exceed 65 ℃, and should be kept away from heat sources exceeding the operating temperature range;

2. Before using the supercapacitor, it is necessary to confirm the positive/negative electrode and prohibit reverse charging. If the positive and negative poles are connected in reverse, it will reduce the charging and discharging performance of the supercapacitor, and lead to heating, leakage, and rapid decline in service life.

3. Before use, clean the positive/negative terminals of the supercapacitor with a dry cloth to avoid excessive contact resistance and reduce the performance of the supercapacitor.

4. It is prohibited to throw supercapacitors into fire or conduct high-voltage heating.

5. It is prohibited to directly contact the supercapacitor with water, oil, acid or alkali.

6. It is prohibited to squeeze, nail, or disassemble supercapacitors.

7. It is prohibited to short-circuit the positive/negative terminals of supercapacitors with voltages above 0.5V;

8. If any odor, discoloration, deformation or other abnormalities are found in the supercapacitor during use or storage, it should be stopped from use.

9. The electrolyte used in supercapacitors is highly volatile, please do not disassemble the supercapacitors at will.

10. Supercapacitors cannot be discarded randomly, please dispose of them according to national environmental standards