Rechargeable Battery 11.1V 18650 Battery Lithium Ion Battery Pack
|
Nominal voltage |
11.1 volt |
|
Typical capacity |
8000mah |
|
Input |
12.6 v |
|
Out-put |
12.6-9V |
|
Max continuous charge/discharge current |
3A(adjustable) |
|
Charger Included |
1.5A charger:US plug/EU plug/UK plug |
|
Connectors |
5.5*2.1mm DC jack+5.5*2.1mm DC plug |
|
Protection |
12VPCM,over-charge/discharge protection, over-heat protection |
|
Recharge cycle |
More than 500 times |
|
LED Indicator |
Available |
|
ON/OFF Switch |
Available |
|
Key word |
12v battery with charger |
|
Standard Charge Time |
Around 5H |
|
Weight(approximate) |
590g |
|
Operating temperature |
-20 °C to 60 °C |
|
Charge temperature |
-0 °C to 45 °C |
|
Storage temperature |
-20 °C to 45 °C |
|
Operating humidity |
5% to 90%,non-condensing |
Rechargeable Battery 11.1V 18650 Battery Lithium Ion Battery Pack
To examine the discharge behavior of their system, the researchers set up an electrochemical cell consisting of a lithium anode, a carbon cathode, and their special electrolyte — for simplicity, already loaded with CO2. They then tracked discharge behavior at the carbon cathode.
As they had hoped, their special electrolyte actually promoted discharge reaction in the test cell. “With the amine incorporated into the DMSO-based electrolyte along with the lithium salt and the CO2, we see very high capacities and significant discharge voltages — almost three volts,” says Gallant. Based on those results, they concluded that their system functions as a lithium-CO2 battery with capacities and discharge voltages competitive with those of state-of-the-art lithium-gas batteries.