diff --git a/doc/source/node_management/kubernetes/index-node-mgmt-kub-5ff5993b9c60.rst b/doc/source/node_management/kubernetes/index-node-mgmt-kub-5ff5993b9c60.rst
index fad4d421d..066c3c5ad 100644
--- a/doc/source/node_management/kubernetes/index-node-mgmt-kub-5ff5993b9c60.rst
+++ b/doc/source/node_management/kubernetes/index-node-mgmt-kub-5ff5993b9c60.rst
@@ -439,9 +439,10 @@ Provision BMC using the CLI
    provisioning_bmc/provisioning-bmc-after-adding-a-host
    provisioning_bmc/deprovisioning-board-management-control-from-the-cli
 
-----------------------------------
-Technology Preview - Power Metrics
-----------------------------------
+-------------
+Power Metrics
+-------------
+
 .. toctree::
    :maxdepth: 1
 
diff --git a/doc/source/node_management/kubernetes/install-power-metrics-application-a12de3db7478.rst b/doc/source/node_management/kubernetes/install-power-metrics-application-a12de3db7478.rst
index 5c998ce3b..73211fbd1 100644
--- a/doc/source/node_management/kubernetes/install-power-metrics-application-a12de3db7478.rst
+++ b/doc/source/node_management/kubernetes/install-power-metrics-application-a12de3db7478.rst
@@ -666,36 +666,4 @@ a container, it is exposed as ``container_perf_events_total``.
 
 It also reports the scaling ratio, which calculates the ratio of performance
 events in a container, it is exposed as
-``container_perf_events_scaling_ration``.
-
-.. rubric:: **Per Core CPU Power usage**
-
-By considering the frequency of each core, gathered by
-``powerstat_core_cpu_frequency_mhz`` metric with the amount of power usage of
-the processor, gathered by
-``powerstat_package_current_power_consumption_watts`` metric, it is possible to
-estimate the total amount of power, in watts, that is being used by each core.
-
-Example of formula:
-
-per_cpu_consumption = ((0.6 * powerstat_core_cpu_frequency_mhz{cpu_id=x,
-package_id=y})/ ∑ powerstat_core_cpu_frequency_mhz{package_id=y}) *
-powerstat_package_current_power_consumption_watts{package_id=y}
-
-.. rubric:: **Container CPU Power usage**
-
-By gathering the number of instructions in each container running on the
-cluster, gathered by the ``container_perf_events_total`` metric, with the
-corresponding core that they are using, determined by the per core cpu power
-usage described above, and the total number of instructions per core, also
-available from ``container_perf_events_total metric``, it is possible to
-estimate the power that is being consumed by each container.
-
-Example of formula to calculate the power consumption of a container on a core:
-
-container_per_cpu_consumption = (container_perf_events_total{cpu=x,
-container=z} / container_perf_events_total {cpu=x}) *
-per_cpu_consumption{cpu=x}
-
-Where "X" is the core_id of the cpu, "Y" is the package_id or physical_id of
-the processor, and "Z" is the container name.
+``container_perf_events_scaling_ration``.
\ No newline at end of file