Sirius Capacitor Module
–
User Manual
Model Number - 3550-48-B-1.7C-M-SD-A-L-19G
This manual is subject to change without notice and at the sole discretion of Kilowatt Labs, Inc.
Kilowatt Labs, Inc. |
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•
Charge voltage to its maximum voltage.
•
Record test time, test current, voltage and total charge energy at the end of charge cycle (t2, I2,
V2, E1).
Step 3: Discharge Cycle:
6
Discharge Module to its minimum voltage.
7
Record test time, test current, voltage and total discharge energy at the end of discharge cycle (t3,
I3, V3, E2).
Step 4: Round Trip Efficiency Calculation:
Round trip efficiency = [
total discharge energy (E2)
total charge energy (E1)
] × 100
14.2 Performance Data:
•
It can be seen from the graph that as
charge current is increased, the time
required for making Module full charge
is decreased.
•
The Module behavior with different
charge currents is quite similar. Total
voltage level dramatically increases
from 46V to 47.5V in less than 2 minutes
and have linear behavior between 48V
to 53V.
•
There is very small correlation
between internal temperature
and charge current rate. The
maximum internal temperature
increase is 1 Celsius regarding
charge current rate.
Total Voltage During Charge Cycle:
Ambient temperature During Charge Cycle:
