Snap-In Supercapacitor 2.7V 500F

Name: Snap-In Supercapacitor 2.7V 500F
Brand: Shenzhen Tsingyan Electronic Technology Co., Ltd.

The Snap-In Supercapacitor 2.7V 500F offers enhanced capacity support for high-load applications, ensuring reliable performance. Its high-speed charge/discharge capability provides exceptional instantaneous power output, enabling faster response times. Designed for long-term, frequent use, it boasts a long lifespan with high cycle stability. This makes it ideal for demanding applications requiring robust and efficient energy storage solutions.

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Parameters of Snap-In Supercapacitor 2.7V 500F

NO.	Item	Specification	Remark
1	Rated Capacitance	500F	Test methods are described below.
2	Rated Voltage	2.7V
3	Capacitance Tolerance	-10%~+20%	@25℃
4	Surge Voltage	2.85V
5	ESRAC	≤ 3.0mΩ	1kHz@25℃
6	ESRDC	≤ 4.0mΩ	Test temperature: 25±2℃
7	Standard Charging Current	5.4A	@25℃ Charge at 5.4(A) constant current to the rated voltage.
8	Standard Discharging Current	5.4A	@25℃ Discharge at 5.4(A) constant current to the half of rated voltage.
9	Power Density	3.12kW/kg
10	Dump Energy	0.51Wh
11	Voltage Holding	≥80%	25℃, After 72 hours
12	Operating Temperature Range	-40~65℃
13	Storage Temperature Range	-20~50℃
14	Maximum Operating Current	24A
15	Weight	about 70g
16	Leakage Current, LC(72h)	≤ 1.25mA	@25℃
17	Maximum Peak Current, 1s	225A

Advantages of Snap-In Supercapacitor 2.7V 500F

1. Enhanced Capacity Support

Higher storage capacity to support high-load applications.

2. High-Speed Charge/Discharge

Exceptional instantaneous power output for faster response times.

3. Long Lifespan

High cycle stability, designed for long-term, frequent use.

Application of Snap-In Supercapacitor 2.7V 500F

Wind Power Measurement Instruments: Field-based wind measuring instruments often work in harsh environments, where power supply stability is a challenge. This supercapacitor provides continuous energy during wind power fluctuations or brief power interruptions, ensuring accurate collection of wind speed and direction data, aiding in wind farm site selection and turbine optimization for clean energy development.

Industrial Handheld Barcode Scanners: In factory environments, handheld barcode scanners are used frequently and consume a lot of battery power. The 2.7V 500F supercapacitor can recharge quickly during pauses in scanning operations, maintaining continuous high-efficiency operation of the scanner and preventing disruptions in the production process due to low battery power.

Emergency Corridor Lighting Systems: In residential buildings, corridor lighting is essential during power outages. This supercapacitor can instantly power emergency lighting systems when the main power supply is interrupted, ensuring that evacuation routes remain well-lit and reducing safety risks in emergencies.

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