System and method to prevent power supply failures based on data center environmental behavior
An information handling system includes first and second power supplies, and a management controller. The power supplies are configured to operate in a first power mode to supply power to the information handling system and in a second power mode to shut down from supplying power to the information handling system. The management controller is configured in a normal operation mode to set the first power supply to the first power mode and set the second power supply in the second power mode. The management controller is configured in a test operation mode to set the second power supply to the first power mode, to set the first power supply to the second power mode, to determine whether the second power supply is operating within a first limit, and when the second power supply is not operating within the first limit, to provide a first indication that the second power supply is failing.
1. An information handling system, comprising:
a first power supply configured to operate in a first power mode to supply power to the information handling system and in a second power mode to shut down from supplying power to the information handling system; and
a second power supply configured to operate in the first power mode and in the second power mode; and
a management controller configured to:
in a normal operation mode;
set the first power supply in the first power mode and set the second power supply in the second power mode;
determine whether a testing interval to test the first and second power supplies has timed out, wherein the testing interval is determined as:
Interval= f (PS_age_differential,PS_drain)*Standard Interval
where PS_age-differential is a factor that determines a difference in age between the first and second power supplies, PS_drain is a factor determined by an amount of usage of the second power supply, and Standard Interval is a predetermined interval; and
enter a test operation mode when the testing interval has timed out; and
in the test operation mode to:
set the first power supply in the second power mode;
set the second power supply in the first power mode;
determine whether the second power supply is operating within a first limit;
when the second power supply is not operating within the first limit, provide a first indication that the second power supply is failing; and
when the second power supply is operating within the first limit, set the first power supply in the second power mode.
2. The information handling system of claim 1 , wherein when the second power supply is not operating within the first limit, the management controller is further configured to:
reset the second power supply to the second power mode; and
reset the first power supply to the first power mode.
3. The information handling system of claim 1 , wherein, when the second power supply is operating within the first limit, the management controller is further configured to:
determine whether the second power supply is operating within a second limit; and
provide a second indication that the second power supply is failing when the second power supply is not operating within the second limit.
4. The information handling system of claim 3 , wherein, when the second power supply is not operating within the second limit, the management controller is further configured to:
reset the second power supply to the second power mode; and
reset the first power supply to the first power mode.
5. The information handling system of claim 3 , wherein the management controller is further configured to:
wait an amount of time after setting the first power supply to the second mode before determining whether the second power supply is operating within a second limit.
6. The information handling system of claim 3 , wherein, when the second power supply is operating within the second limit, the management controller is further configured to:
determine if the first power supply and the second power supply are powered from a same power source or from different power sources; and
when the first power supply and the second power supply are powered from different power sources, to:
reset the second power supply to the second power mode; and
reset the first power supply to the first power mode.
7. The information handling system of claim 6 , wherein, when the first power supply and the second power supply are powered from the same power source, the management controller is further configured to:
revert to the normal operation mode with the first power supply in the second power mode and the second power supply in the first power mode.
8. The information handling system of claim 1 , wherein the management controller comprises a Baseboard Management Controller.
9. A method, comprising:
providing, on an information handling system, a first power supply configured to operate in a first power mode to supply power to the information handling system and in a second power mode to shut down from supplying power to the information handling system;
providing, on the information handling system, a second power supply configured to operate in the first power mode and in the second power mode;
in a normal operating mode of the information handling system:
setting, by a management controller of the information handling system, the first power supply to the first power mode;
setting, by the management controller, the second power supply in the second power mode;
determining whether a testing interval to test the first and second power supplies has timed out, wherein the testing interval is determined as:
Interval= f (PS_age_differential,PS_drain)*Standard Interval
where PS_age-differential is a factor that determines a difference in age between the first and second power supplies, PS_drain is a factor determined by an amount of usage of the second power supply, and Standard Interval is a predetermined interval; and
entering a test operation mode when the testing interval has timed out; and
in the test operation mode of the information handling system:
setting the first power supply in the second power mode;
setting, by the management controller, the second power supply to the first power mode;
determining, by the management controller, whether the second power supply is operating within a first limit;
when the second power supply is not operating within the first limit, providing, by the management controller, a first indication that the second power supply is failing; and
when the second power supply is operating within the first limit, setting, by the management controller, the first power supply to the second power mode.
10. The method of claim 9 , wherein, when the second power supply is not operating within the first limit, the method further comprises:
resetting, by the management controller, the second power supply to the second power mode; and
resetting, by the management controller, the first power supply to the first power mode.
11. The method of claim 9 , wherein when the second power supply is operating within the first limit, the method further comprises:
determining, by the management controller, whether the second power supply is operating within a second limit; and
providing, by the management controller, a second indication that the second power supply is failing when the second power supply is not operating within the second limit.
12. The method of claim 11 , wherein when the second power supply is not operating within the second limit, the method further comprises:
resetting, by the management controller, the second power supply to the second power mode; and
resetting, by the management controller, the first power supply to the first power mode.
13. The method of claim 11 , further comprising:
waiting an amount of time after setting the first power supply to the second mode before determining whether the second power supply is operating within a second limit.
14. The method of claim 11 , wherein when the second power supply is operating within the second limit, the method further comprises:
determining, by the management controller, if the first power supply and the second power supply are powered from a same power source or from different power sources; and
when the first power supply and the second power supply are powered from different power sources:
resetting, by the management controller, the second power supply to the second power mode; and
resetting, by the management controller, the first power supply to the first power mode.
15. The method of claim 14 , wherein, when the first power supply and the second power supply are powered from the same power source, the method further comprises:
reverting, by the management controller, to the normal operation mode with the first power supply in the second power mode and the second power supply in the first power mode.
16. The method of claim 9 , wherein the management controller comprises a Baseboard Management Controller.
17. An information handling system, comprising:
a server including:
a first power supply configured to operate in a first power mode to supply power to the information handling system and in a second power mode to shut down from supplying power to the information handling system; and
a second power supply configured to operate in the first power mode and in the second power mode; and
a management controller;
a management system coupled to the management controller and configured to direct the management controller to:
in a normal operation mode, set the first power supply to the first power mode and set the second power supply in the second power mode;
determine whether a testing interval to test the first and second power supplies has timed out, wherein the testing interval is determined as:
Interval= f (PS_age_differential,PS_drain)*Standard Interval
where PS_age-differential is a factor that determines a difference in age between the first and second power supplies, PS_drain is a factor determined by an amount of usage of the second power supply, and Standard Interval is a predetermined interval; and
enter a test operation mode when the testing interval has timed out; and
in the test operation mode to:
set the first power supply in the second power mode;
set the second power supply to the first power mode;
determine whether the second power supply is operating within a first limit;
when the second power supply is not operating within the first limit, provide a first indication that the second power supply is failing; and
when the second power supply is operating within the first limit, set the first power supply to the second power mode.
18. The information handling system of claim 17 , wherein when the second power supply is not operating within the first limit, the management system is further configured to direct the management controller to:
reset the second power supply to the second power mode; and
reset the first power supply to the first power mode.
19. The information handling system of claim 17 , wherein when the second power supply is operating within the first limit, the management system is further configured to direct the management controller to:
determine whether the second power supply is operating within a second limit; and
provide a second indication that the second power supply is failing when the second power supply is not operating within the second limit.
20. The information handling system of claim 19 , wherein when the second power supply is not operating within the second limit, the management system is further configured to direct the management controller to:
reset the second power supply to the second power mode; and
reset the first power supply to the first power mode.