lsnodebattery

Use the lsnodebattery command to display information about the batteries in a node.

Syntax

Parameters

-delim delimiter: (Optional) Specify a delimiter to separate data in the output.
-nohdr: (Optional) Suppress the headings in the output.

-battery battery_id: (Optional) Specifies the battery ID. If you specify this parameter, you must also specify node.
node: (Optional) Specifies the node ID or name.

Description

The command displays information about the batteries in a node. The concise view displays a line for each battery slot in all nodes.

This table provides the possible values that are applicable to the attributes that are displayed as data in the output views.

Table 1. lsnodebattery attribute values
Attribute	Value
node_id	Identifies the node that contains the battery.
node_name	Identifies the node that contains the battery.
battery_id	Identifies the battery in the node.
status	Identifies the status of the battery: `online` if the battery is present and working as usual (which includes a battery calibration). `degraded` indicates that the battery is present but not working as usual (it has an error logged against it). `offline` indicates that the battery cannot be detected or is failed (a node error indicating it is missing or failed is logged against the battery). Remember: If the status is `offline`, all other fields display the most recent battery data. If no data was shown, all fields remain blank.
charging_status	Identifies the charging state of the battery: `charged` indicates that the battery is fully charged. `charging` indicates that the battery is charging. `discharging` indicates that the battery is losing voltage (life) and it is recalibrating the gas gauge after the battery recharges. `idle` indicates that the battery is not charging and it is not discharging, but it is not fully charged. `reconditioning` indicates that the battery is reconditioning itself by discharging and after recharging. Important: Reconditioning occurs approximately every three months (on redundant systems) and can take from 12 - 48 hours.
recondition_needed	Identifies that the battery needs to be reconditioned or it must start reconditioning soon. A recalibration is required because the reported values from the gas gauge are not trusted. The values are `yes` and `no`.
node_percentage_charge	Identifies the battery's percentage charged to determine if it can support the node.
end_of_life_warning	Identifies the battery's end of life (with a warning noise). The values are `yes` and `no`. Important: Replace the battery.
present	Identifies a battery is present. The values are `yes` and `no`.
redundant	Identifies if it is safe to remove the battery. The values are `yes` and `no`.
remaining_charge_capacity_mAh	Identifies the remaining capacity of the battery (when the battery recharges) in milliamps hours (mAh).
full_charge_capacity_mAh	Identifies the fully charged capacity of the battery in mAh.
FRU_part_number	Identifies the FRU part number of the battery. The value contains seven alphanumeric characters.
FRU_identity	Identifies the 11S number (combining the manufacturing part number and the serial number). The value contains 22 alphanumeric characters.
compatibility_level	Identifies the battery driver software must support the current software level to operate with this battery (this comes from the battery vital product data or VPD).
last_recondition_timestamp	Indicates a system timestamp for the last successful recalibration of the gas gauge. The format is `YYMMDDHHMMSS`, where: `YY` indicates year. The first `MM` indicates month. `DD` indicates day. `HH` indicates hour. The second `MM` indicates minute. `SS` indicates second.
powered_on_hours	Indicates the number of hours the battery is in a powered node.
cycle_count	Identifies the number of charge or discharge cycles the battery performs.
error_sequence_number	Identifies the error log number of the highest priority error. This field is generally blank, but if the status is `degraded` or `offline` an error sequence number is displayed.