Zero CO2
Prismatic

Main Features

LiFePO4 is made of olivine, the positive pole connected by aluminum foil. In the middle there is a diaphragm of polymer which separates the positive pole and negative pole and Li+ is allowed to go through while eis not. The negative pole is made of carbon (graphite) and connected by copper foil. Battery has electrolyte between its top and bottom and is coated with metal, totally sealed. When LiFePO4 is being charged, Li+ in the positive pole moves to the negative pole through polymer diaphragm. During discharging, Li+ in the negative pole moves to the positive pole through the diaphragm. Li-ion battery gets its name for it moves back and forth during charging and discharging.

SOLUTIONS

+THINK +CONSTRUCT

Specifications

Model Nominal
Voltage (V)
Capacity
(mAH)
Standard
Discharge
Max.
Discharge
Standard
Charge
Charge
Cut-of
Discharge
Cut-of
Thickness
(mm)
Diametre
(mm/inch)
Height
(mm/inch)
Weight
(kg)
Current (mA) Current (mA) Current (mA) Voltage (v) Voltage (v)
MC-F2.5 3.2 2500 500 5 500 3.65 2.0 5.1 50 / 1.97 141.5 / 5.59 68
MC-F5 3.2 5000 1000 10 1000 3.65 2.0 7.4 59 / 2.32 158 / 6.22 140
MC-F8 3.2 8000 1600 16 1600 3.65 2.0 7.5 68 / 2.68 260 / 10.24 260
MC-F10 3.2 10000 2000 20 2000 3.65 2.0 7.5 68 / 2.68 270 / 10.63 270
MC-F12 3.2 12000 2400 24 2400 3.65 2.0 9.2 79 / 3.11 232 / 9.13 325
MC-F15 3.2 15000 3000 30 3000 3.65 2.0 11 81 / 3.19 245 / 9.65 405
MC-F20 3.2 20000 4000 40 4000 3.65 2.0 10 150 / 5.91 225 / 8.86 512