Improper use of gold capacitor supercapacitors will cause electrolyte leakage; compared with aluminum electrolytic capacitors , its internal resistance is larger, so it cannot be used in AC circuits;
1. Gold capacitorsupercapacitors are different from batteries, and in some applications field, it may be better than battery. Sometimes a combination of the twois a better approach, combining the power characteristics of a capacitor with the high energy storage of a battery.
2. The gold capacitor supercapacitor can be charged to any potential within its rated voltage range, and can be completely discharged. The battery is limited by its own chemical reaction to work in a narrower voltage range, and may cause damage if it is over-discharged.
3. The state of charge (SOC) and voltage of a gold capacitor supercapacitor constitute a simple function, while the state of charge of a battery includes a variety of complex conversions.
4. Gold Capacitors Supercapacitors can store more energy than their comparable conventional capacitors, and batteries can store more energy than their comparable size supercapacitors. In some applications where power determines the size of energy storage devices, supercapacitors are a better approach.
5. Gold capacitor supercapacitors can transmit energy pulses repeatedly without any adverse effects. On the contrary, if the battery repeatedly transmits high-power pulses, its lifespan is greatly reduced.
6. Gold Capacitors Supercapacitors can be charged quickly while batteries can be damaged by rapid charging.
7. Gold capacitor supercapacitors can be repeatedly cycled hundreds of thousands of times, while the battery life is only a few hundred cycles.