The best electric vehicle battery choice today for all EV's is a LiFePO4, Lithium Iron phosphate or a ' LiFe ' battery. FalconEV LiFe cells are from Taiwan and china. The packs are put together by me. High discharge and long cycle life make these the premium choice over cheaper offerings on ebay, etc. Custom built packs and loose cells available.

LiFePO4 - Lithium iron Phosphate

Top of the line for power and cycle life

2 types;

Hi-Energy - 2000-3000 cycles, 5 to 10C discharge

rates

Hi-Power - 1500-2000 cycles, 20C discharge rates, Any voltage, Any amps

Call us at 1-888-704-6885 anytime, always leave a message or email

FalconEV @ gmail.com

Dealer inquires invited

Basket for 48V E-bikes, order direct from Davesbikes.com $27 - style #520

Battery bags for 36 & 48 volt battery $30 & $40

Pannier battery bag for 48-72 volt packs $40

36 Volt battery Racks, frame mounted or seat post mount $20

- quality hi rate cells

- Hi-performance

- very safe, stable chemistry

- xtra long cycle life

- enviro friendly

- no chance of overheat

- packs can be configured to your dim. requirements, voltage and current discharge needs

-prices - depends on V & Ah needed -

- call for special configuration quotation

LiFePO4

Lithium Iron Phosphate

diamond frame battery bag,

a FalconEV Exclusive ! $40

26650 lithium iron phosphate cell e-bike, a123

10Ah 42120 3000mAh HE 26650 1500mAh HP 496HP

Points to look for when choosing a LiFePO4 battery:

Impedance - internal resistance; how freely the cell takes a charge and can discharge

The lower the better. 6 or less is considered good quality

C Rate - Discharge Rate; the multiple of the Ah of the cell / pack

There are 2 types; HE, Hi-energy - Hi-power

HE cells of good quality can do 4 to 5 C continuous and 10+ C peak discharge

HP cells ' ' ' ' 20C continuous and 40C peak discharge

example: A low C rate of 1.5 on a 10Ah cell would be cheaper than a higher C rated cell, but it would take 3 X's the Ah size of the pack to = peak discharge ( 50A ) needed by most e-bike controllers

Differences; HE cells have higher Ah rating ex. Falcon 26650 cell is 2700mAh vs a HP cell from A123 is 2300mAh, etc.... HE cells average cycle life is ~2000 vs HP cell of ~1500

HE cells better suited for an range, HP cell better for extreme acceleration, short range purposes.

A typical EV e-bike controller is 30 to 50 amps, e-scooter is up to ~100 amps, well within a quality HE cell capability.

Charging - for 10Ah pack - 3amp = 4 hrs, 4 amp = 3 hrs, 5 amp = 2 hours

Yes, there is a difference, material quality, cell assembly and electronics A cheap low quality cell that only puts out 2 x's continuous of Ah rate is a waste of $. the short cycle life and excessive voltage drop will leave you stranded. spend a little more $ to get a LOT more quality,

Falcon LiFe cathodes made of only the finest nano ( 1 billionth ) sized particles ! 15 um to be exact

see pic

more info about LiFePO4... click here