Excellent voltage holding property
Suitable for fast charging and discharging
Wide temperature range (-20℃~85℃)
Compliant with RoHS directive
Place of Origin
Shandong Province, China
-20% - 80%
2.7V, 5V, 5.5V, 16V, etc.
Consumer electronics, wind turbine,,smart grid
Product Packaging Drawing:
Application Area :
Customer Feedback :
Q: Why is supercapacitor an upgrade of traditional capacitors?
A: Flat capacitors are composed of two metal electrode plates insulated from each other. The capacitance is proportional to the area of the electrode plates and inversely proportional to the size of the gap between the electrode plates. The structure of a supercapacitor is similar to that of a flat capacitor. Its electrodes are porous carbon-based materials. The porous structure of the material allows it to have a surface area of several thousand square meters per gram of weight. The distance between the capacitor and the charge is determined by the size of the ions in the electrolyte. The huge surface area combined with the very small distance between the charges enables the supercapacitors to have a large capacity. The capacity of the supercapacitors can range from 1 farad to several thousand farads.
Q: When the temperature of the super capacitor is too high, will its capacity decrease?
A: The normal working temperature of energy supercapacitors is -25℃-70℃, and the normal working temperature of power supercapacitors is -40℃-60℃. Temperature and voltage have an impact on the life of supercapacitors. Generally speaking, every time the ambient temperature of a supercapacitor increases by 10°C, the lifespan of the supercapacitor will be shortened by half. That is to say, when possible, use supercapacitors at the lowest temperature as much as possible, then the attenuation of the capacitor and the increase of ESR can be reduced. If it is lower than the normal room temperature environment, the voltage can be reduced to offset the negative impact of high temperature on the capacitor.
Supercapacitor is a new type of green electrochemical energy storage element. It has a long life and can be repeatedly charged for hundreds of thousands of times. It has a very prominent high-current discharge function, and the maximum charge and discharge current can reach 1000C.