Product Details

The Features of Hybrid Supercapacitor Storage Battery for E-bicycles

1. Advanced design for deep cycle application
2. More than 3000times cycle life

3. High quality-to-cost rates.

4. Low self-discharge,Less than 3% per month

5. Fast charging,It can be charged in 30 mins.

6. Operating Temprature:-20-+60 °C
7. Environmental

The difference between our batter(Hybrid Supercapacitor Storage Battery) and the tradional Li-ion battery:

1. Small weight and size

2. Fast charging,It can be charged 90% in 30 mins and discharge at 5C current

3. Long cycle life,more than 2000times cycle use

4. It can me used in different environment,-20-+60°C

Model	Rated voltage	Rated capacity	Charge times (h)		Working temerature°C	Max discharge current (A)	Internal resistance (mΩ)	Size W×L×H	Weight
Model	(V)	(Ah)	Fast	Normal	Working temerature°C	Max discharge current (A)	Internal resistance (mΩ)	(mm)	(g)
HPC3R2100	3.2	8	0.5	2	-20~60	15C	~6	16×61×120	250
HPC3R2120	3.2	10	0.5	2	-20~60	15C	~5	27×70×88	360
HPC3R2150	3.2	15	0.5	2	-20~60	28C	~4.5	27×70×150	540
HPC3R2200	3.2	20	0.5	2	-20~60	28C	~4	27×70×150	580
HPC3R2400	3.2	40	0.5	2	-20~60	30C	~1.2	36×130×150	1200
HPC3R2450	3.2	45	0.5	2	-20~60	30C	~1.2	36×130×150	1300
HPC3R2600	3.2	60	0.5	2	-20~60	20C	~1	36×130×185	1700
HPC3R2101	3.2	100	0.5	2	-20~60	15C	~0.9	66×170×240	2510

Test methods

Deviation of capacity	0~4%
Cycle life	≥2000times,test condition:18~25°C,0.3Ccharge,1discharge,Voltage: 2.7V~3.6V, to 80% of nominal capacity.
Temperature characteristic	+55°C C/C ≤1%,ESR≤ESR₀
Temperature characteristic	-20°C C/C ≤30%,ESR≤2ESR₀
Heat characteristic (durability)	168h,+55°C±2,Rated voltage,C/C ≤10%,ESR≤2ESR₀
High-temperature properties of opeed	168h,+55°C±2,C/C≤20%,ESR≤4ESR₀
Steady-state of moist heat	+40°C±2,90~95%RH,240h,C/C≤20%,ESR≤4ESR₀

Hybrid Super-capacitor battery combined high power rate features of Super-capacitor and high energy rate features of Lithium Ion Batteries; it belongs to high-performance storage battery, and characterized by large capacity, high power, long working life, safety, environmental protection and so on. What’s more, there are very broad practical prospects for replacement of chemical cell in the fields of Pure Electric Vehicles, Hybrid Electric Vehicles, Electric Bicycles, and other large-scale energy storage device or system.