DISCHARGE CAPACITY VARIES DEPENDING ON THE DISCHARGE CURRENT & HOUR RATE ( MxVolta
12V Medium & 2V Milenia large size battery)
HOUR-RATE DCHG CURRENT BATTERY EFFICIENCY
10 HRS
0.1000000 C
10 x 0.1000000 = 1 x 100 = 100.0000%
9 HRS
0.1089375 C
9 x 0.1089375 = 0.9804375 x 100 = 98.0438%
8 HRS
0.1190500 C
8 x 0.1190500 = 0.9524 x 100 = 95.2400%
7 HRS
0.1336200 C
7 x 0.1336200 = 0.93534 x 100 = 93.5340%
6 HRS
0.1514500 C
6 x 0.1514500 = 0.9087 x 100 = 90.8700%
5 HRS
0.1733000 C
5 x 0.1733000 = 0.8665 x 100 = 86.6500%
4 HRS
0.2092000 C
4 x 0.2092000 = 0.8368 x 100 = 83.6800%
3 HRS
0.2740000 C
3 x 0.2740000 = 0.822 x 100 = 82.2000%
2 HRS
0.3676000 C
2 x 0.3676000 = 0.7352 x 100 = 73.5200%
1 HRS
0.6494000 C
1 x 0.6494000 = 0.6494
x 100= 64.9400%
45
MIN
0.8248000C
45/60
x 0.8026000 = 0.6019 x 100 = 60.1950%
30 MIN
1.0000000 C
30/60 x 1.0000000 = 0.5 x 100 = 50.0000%
20 MIN
1.2410000 C
20/60 x 1.2410000 = 0.413667 x 100 = 1.3667%
10 MIN
1.6180000 C
10/60 x 1.6180000 = 0.2696667 x 100 = 26.9667%
5 MIN
1.8900000 C
5/60 x 1.8900000 = 0.1575 x 100 = 15.7500%
1 MIN
2.1410000 C
1/60 x 2.1410000 = 0.0356833 x 100 = 3.5683%
0.5 MIN
2.1650000 C
0.5/60 x 2.1650000 = 0.0180417 x 100 = 1.8042%
"C" stands for discharge current equivalent to the rated capacity at 10 hour rate.
RELATIONSHIP OF DISCHARGE CURRENT TO FINAL DISCHARGE VOLTAGE
DCHG CURRENT
CUT OFF VOLTAGE
12V SERIES
6V SERIES
2V SERIES
0.1C or below current
11.40V
5.70V
1.90V
0.1C or current close to it
10.80V
5.40V
1.80V
0.16C or current close to it
10.50V
5.35V
1.75V
0.23C or current close to it
10.20V
5.10V
1.70V
0.6C or current close to it
9.60V
4.80V
1.60V
From 0.6C to 3C
9.00V
4.50V
1.50V
Current in excess of 3C
7.80V
3.90V
1.30V
