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windows/configuration/wcd/wcd-power.md

@@ -95,8 +95,12 @@ Maximum value: `100 + 100*256 + 100*65536 + 100*16777216`
  
 ### Settings
  
-1. For each setting, select between **Balanced**, **HgihPerformance**, and **PowerSaver** for the **SchemePersonality**, and then click **Add**. 
+1. For each setting, select a power scheme for **SchemePersonality**, and then click **Add**. 
 2. In the **Available Customizations** pane, select the **SchemePersonality** that you added, and configure the value as follows.
+3. Repeate for each power scheme that you want to configure.
+
+>[!NOTE]
+>Each setting can be configured for **AcValue** (plugged in) and **DcValue** (on battery).
 
  
 Settings for AdaptivePowerBehavior | Description
@@ -133,8 +137,71 @@ Settings for Multimedia | Description
 Settings for PCIExpress | Description
 --- | ---
 
-Settings for Processor | Description
+Settings for Processor</br>Some parameters have suffix "1" to indicate efficiency class</br>[Learn more about processor power management options](https://msdn.microsoft.com/library/windows/hardware/mt422910.aspx) | Description
 --- | ---
+CPConcurrency |
+CPDecreasePolicy |
+CPDecreaseTime |
+CPDistribution |
+DPHeadroom |
+CPIncreasePolicy |
+CPIncreaseTime |
+CpLatencyHintUnpark |
+CpLatencyHintUnpark1 |
+CPMaxCores |
+CPMinCores |
+CPOverUtilizationThreshold |
+CPPerfState |
+CPPerfState1 |
+DutyCycling |
+HeteroClass0FloorPerf |
+HeteroClass1InitialPerf |
+HeteroDecreaseThreshold |
+HeteroDecreaseTime |
+HeteroIncreaseThreshold |
+HeteroIncreaseTime |
+HeteroPolicy |
+IdleDemoteThreshold |
+IdleDisable |
+IdlePromoteThreshold |
+IdleScaling |
+IdleStateMax |
+IdleTimeCheck |
+MaxFrequency |
+MaxPerformance |
+MinPerformance |
+PerfAllowThrottling |
+PerfAutonomousMode |
+PerfAutonomousWindows |
+PerfBoostMode |
+PerfBoostPolicy |
+PerfDecreasePolicy |
+PerfDecreaseThreshold |
+PerfDecreaseThreshold1 |
+PerfDecreaseTime |
+PerfDistributeUtility |
+PerfEnergyPereference |
+PerfEnergyPreference |
+PerfHistory |
+PerfIncreasePolicy |
+PerfIncreaseThreshold |
+PerfIncreaseTime |
+PerfLatencyHint |
+PerfTimeCheck |
+SchedulingPolicy |
+ShortSchedulingPolicy |
+SystemCoolingPolicy |
+
+
 
 Settings for Sleep | Description
---- | ---
+--- | ---
+AllowRemoteOpenSleep | Configure the network file system to prevent the computer from automatically entering sleep when remote network files are open. **Disabled** prevents automatic sleep when remote network files are open. However, if the open files are stored in Offline Files and are backed by the Offline File cache, automatic sleep is allowed. **Enabled** prevents automatic sleep when remote network files are open. However, if the open files are stored in Offline Files or the open files have not been updated since they were originally opened, automatic sleep is allowed. 
+AllowRtcWake | whether the system uses the system-wide wake-on-timer capability. The system can automatically use wake-on-timer on capable hardware to perform scheduled tasks. For example, the system might wake automatically to install updates. **Important** wakes on internal system timers only.
+AllowStandby | Specify whether to allow standby.
+AllowSystemRequired | Configure the power manager to accept or ignore application system required requests. These requests prevent the system from automatically entering sleep after a period of user inactivity.
+AwayMode | Specify whether the system uses away mode. If this setting is disabled, away mode is not used even if programs request it.
+HibernateTimeout | Specify the duration of time after sleep that the system automatically wakes and enters hibernation, in seconds. This settings enables hibernate option on Modern Standby systems. Set the value to 0 to disable the feature. 
+HybridSleep | Specify whether the system can enter hybrid sleep.
+StandbyTimeout | Specify the duration of inactivity before the system automatically enters sleep, in seconds.
+UnattendTimeout | Specify the duration of inactivity before the system automatically enters sleep after waking from sleep in an unattended state, in seconds. For example, if the system wakes from sleep because of a timed event or a wake on LAN (WoL) event, the sleep unattended idle timeout value will be used instead of the sleep idle timeout value.