Pouch-Type Supercapacitor 4.0V 15000F

Buy Pouch-Type Supercapacitor 4.0V 15000F

Parameters of Pouch-Type Supercapacitor 4.0V 15000F

No.	Item	Specifications
1	Capacitance /（F）	15000
2	Nominal Capacity（Ah）	7 (2.5～4.2)
3	Operating Voltage（V）	2.5～4.0
4	Surge Voltage（V）	4.2
5	Capacity Tolerance	=-10%+30%
6	DC Internal Resistance（10ms）	≤5mΩ
7	AC Internal Resistance	≤2.5mΩ
8	Leakage Current Levels	10～20μA/72h
9	Standard Charge/Discharge Current/(A)	35 (5C)
10	Maximum Continuous Charge/Discharge Current (A)	70 (10C)
11	1s Maximum Peak Discharge Current	350 (50C)
12	Maximum Energy Density (Wh/kg)	~115.2
13	Cycle Life (cycles)	50000(2.5-4.2V) 100000(2.5-4.0V)
13	Cycle Life (cycles)	50000(2.5-4.2V) 100000(2.5-4.0V)
14	Operating Temperature Range /(℃)	-40~65
15	Storage Temperature Range /(℃)	-30~60
16	Weight (kg)	Approximately equal to 0.215

Advantages of Pouch-Type Supercapacitor 4.0V 15000F

1.Maximum Capacity

Offers exceptional energy storage, perfect for high-power and long-duration operations.

2.Excellent Charge/Discharge Performance

Fast response, ideal for applications requiring peak power, enhancing overall system efficiency.

3.Robust Reliability

A highly stable design ensures continuous operation even in extreme working conditions.

Application of Pouch-Type Supercapacitor 4.0V 15000F

Energy Recovery and Reuse System for Urban Rail Transit Vehicles: Urban rail transit vehicles, such as light rail and subways, generate significant energy during braking. The 4.0V 15000F supercapacitor, with its large capacity, can efficiently recover this braking energy and release it during vehicle startup and acceleration, significantly reducing energy consumption and alleviating the power supply burden on the entire rail transit system, achieving energy savings and emission reductions.

Energy Storage Systems for Solar and Wind Power Generation: Solar and wind power, as renewable energy sources, are intermittent and produce unstable power. This large-capacity supercapacitor can store surplus energy generated by photovoltaic and wind power systems, supplying power to the grid or electrical devices during low light or reduced wind conditions, ensuring a stable energy supply and promoting large-scale clean energy applications.

Power Assist Devices for Large-Scale Construction Machinery: Large construction machines like cranes and excavators experience significant fluctuations in power demand during operations, with high energy consumption. The 4.0V 15000F supercapacitor can act as a power assist device, rapidly supplementing energy during high-power operation moments, ensuring smooth and powerful machinery movements, improving construction efficiency, and reducing power loss in the main engine, thus extending the machinery's service life.

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