You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
I've been testing a few different aspects of batteries and here's a list of things that don't behave as expected:
Battery load: The battery drains at a higher rate than it should be (100x). Approximately, it should be:
time = (<capacity> * <voltage>)/(<power_load>)
The percentage field is a bit confusing to me because is set to 1 when the battery is fully charged. Either we multiply it by 100 to be a percentage or we should rename the label.
Charging time doesn't behave as expected: charging_time is the number of hours required to fully charged a battery. It takes way less time than the expected value to recharge the battery. It might be related to (1).
If <power_load> is high enough, voltage becomes 0 before the state of charge gets to 0. Example with this sdf:
I've been testing a few different aspects of batteries and here's a list of things that don't behave as expected:
time = (<capacity> * <voltage>)/(<power_load>)
1
when the battery is fully charged. Either we multiply it by100
to be a percentage or we should rename the label.<initial_charge>
is set: Let's see an example using:Initially, we should observe a value of
50%
as state of charge, however we get100%
.Charging time doesn't behave as expected:
charging_time
is the number of hours required to fully charged a battery. It takes way less time than the expected value to recharge the battery. It might be related to (1).If
<power_load>
is high enough, voltage becomes0
before the state of charge gets to0
. Example with this sdf:After a few iterations, the battery status stays at:
Battery status doesn't change because voltage is
0
.The text was updated successfully, but these errors were encountered: