System Power Report

${$Scope.FriendlyName}

${$Scope.Name}

% ACTIVE TIME	ACTIVE TIME
${$Scope.ActiveTimePercent}%	${Formatter.FormatDuration($Scope.ActiveTime)}

BLOCKING TIME INTERVAL	INSTANCE COUNT
${$Scope.BucketName}

${$Scope.SessionId}

${SummaryTableBuilder.SelectDate($Scope.EntryTimestampLocal)} ${SummaryTableBuilder.SelectTime($Scope.EntryTimestampLocal)}

${Formatter.FormatDuration($Scope.Duration)}

${SESSION_TYPE_NAMES[$Scope.Type]}

${Formatter.FormatNumber($Scope.Discharge)} mWh

${Formatter.FormatNumber($Scope.DischargePercent)}% of battery

${Formatter.FormatNumber($Scope.DrainRate)} mW

${$Scope.OnAc ? 'Charge' : 'Drain'}

SW: ${Math.round(100 * $Scope.Sw / $Scope.Duration / 10)}%

HW: ${Math.round(100 * $Scope.Hw / $Scope.Duration / 10)}%

${Formatter.FormatSessionEnterBatteryPercent($Scope)}

${$Scope.Name}

${BLOCKER_TYPE_NAMES[$Scope.Type]}

${$Scope.ActiveTimePercent}%

${Formatter.FormatDuration($Scope.ActiveTime)}

SESSION ID	START TIME	DURATION	STATE	ENTRY REASON	EXIT REASON	% CAPACITY REMAINING AT START
${$Scope.SessionId}	${Utils.ParseDateFromDateTime($Scope.EntryTimestampLocal)} ${Utils.ParseTimeFromDateTime($Scope.EntryTimestampLocal)}	${Formatter.FormatDuration($Scope.Duration)}	${SESSION_TYPE_NAMES[$Scope.Type]}	${$Scope.EnterReason}	${$Scope.ExitReason}	${Formatter.FormatSessionEnterBatteryPercent($Scope)}

${$Scope.FriendlyName}

Srum Data

Data obtained from the SRUM database. * in Power Estimation means the power value is from energy meter. Otherwise, it is from software model estimation.

Energy Meter

No energy meter data obtained.

Power Rail	Energy (mJ)	Power (mW)
${$Scope.RailId}	${$Scope.EnergyConsumption}	${$Scope.PowerConsumption}

Power Estimation

No power estimation data obtained.

APP ID	TOTAL (mW)	CPU (mW)${$Scope.CpuEnergyMeasured ? '*' : ''}	DISPLAY (mW)${$Scope.DisplayEnergyMeasured ? '*' : ''}	DISK (mW)${$Scope.DiskEnergyMeasured ? '*' : ''}	MBB (mW)${$Scope.MbbEnergyMeasured ? '*' : ''}	NETWORK (mW)${$Scope.NetworkEnergyMeasured ? '*' : ''}	SOC (mW)${$Scope.SocEnergyMeasured ? '*' : ''}	NPU (mW)${$Scope.NpuEnergyMeasured ? '*' : ''}	LOSS (mW)	OTHER (mW)
${$Scope.AppId} [${$Scope.UserId}]	${$Scope.TotalPowerConsumption}	${$Scope.CpuPowerConsumption}	${$Scope.DisplayPowerConsumption}	${$Scope.DiskPowerConsumption}	${$Scope.MbbPowerConsumption}	${$Scope.NetworkPowerConsumption}	${$Scope.SocPowerConsumption}	${$Scope.NpuPowerConsumption}	${$Scope.LossPowerConsumption}	${$Scope.OtherPowerConsumption}

Screen Brightness Duration Histogram

Duration in seconds at various screen brightness levels

Lux Duration Histogram

Duration in seconds at various lux levels

Search Indexer Data

Query Events

Max Cursors Used	Protocol Count	Protocol String
${$Scope.MaxCursorsUsed}	${$Scope.ProtocolCount}	${$Scope.ProtocolString}

Flush Events

Max Key Count	Max Documents	Max Word List
${$Scope.MaxKeyCount}	${$Scope.MaxDocuments}	${$Scope.MaxWordList}

Merge Events

Pre-Merge Indice Count	Pre-Merge Level	Pre-Merge Min ID	Pre-Merge Max ID	Post-Merge Indice Count	Post-Merge Level	Post-Merge Min ID	Post-Merge Max ID
${$Scope.PreMergeIndiceCount}	${$Scope.PreMergeLevel}	${$Scope.PreMergeMinId}	${$Scope.PreMergeMaxId}	${$Scope.PostMergeIndiceCount}	${$Scope.PostMergeLevel}	${$Scope.PostMergeMinId}	${$Scope.PostMergeMaxId}

File System Change Events

FAT Items Processed	NTFS Items Processed
${$Scope.TotalFATItemsProcessed}	${$Scope.TotalNTFSItemsProcessed}

Indexing File Events

IndexingFile Aggregation Data Metric	Content Type Count	Content Type String
${$Scope.IndexingFileAggregationDataMetric}	${$Scope.DataTypeCount}	${$Scope.DataTypeString}

Query Results Events

Results Requested	Results Returned
${$Scope.TotalResultsRequested}	${$Scope.TotalResultsReturned}

SESSION ID	START TIME	DURATION	STATE	ENERGY CHANGE		CHANGE RATE		% LOW POWER STATE TIME		% CAPACITY REMAINING AT START
${$Scope.SessionId}	${Utils.ParseDateFromDateTime($Scope.EntryTimestampLocal)} ${Utils.ParseTimeFromDateTime($Scope.EntryTimestampLocal)}

${$Scope.FriendlyName}

DRIPS Wake Sources

No DRIPS wake source information obtained.

WAKE SOURCE	WAKE TYPE	COUNT
${$Scope.ReasonDescription}	${$Scope.Type}	${$Scope.Count}

This session contains no detailed information about top offenders.

DRIPS Histogram

Percent of time spent in DRIPS bucketed by time interval length

Top Offenders

Top 5 Offenders, ranked by active time

NAME	TYPE	% ACTIVE TIME	ACTIVE TIME

Session Blockers

${$Scope.Name}
- No ${$Scope.Name} activity reported

COMPUTER NAME		${$Scope.SystemInformation.ComputerName}
SYSTEM PRODUCT NAME		${$Scope.SystemInformation.SystemManufacturer} ${$Scope.SystemInformation.SystemProductName}
BIOS		${$Scope.SystemInformation.BIOSVersion} ${$Scope.SystemInformation.BIOSDate}
OS BUILD		${$Scope.SystemInformation.OSBuild}
OS VERSION		${$Scope.SystemInformation.OSVer}
MODERN STANDBY ENABLED		${$Scope.SystemInformation.ConnectedStandby ? "Yes" : "No"}
PLATFORM ROLE		${$Scope.SystemInformation.PlatformRole}
REPORT TIME		${Utils.ParseDateFromDateTime($Scope.ScanTimeLocal)} ${Utils.ParseTimeFromDateTime($Scope.ScanTimeLocal)}

System Power State Transitions

Battery drain over the last ${$Scope.ReportInformation.ReportDuration} days

Legend
GRAPH LINE	DESCRIPTION
Dotted	AC power
Solid	Battery power
No line	System powered off

Grey	Active Scenario
Green	Low System Activity
Orange	Moderate System Activity
Red	High System Activity
Violet	Abnormal Shutdown

Filter Option

Session Length:

All >10 Minutes

States:

All Active Screen Off Sleep Hibernate Shutdown Bug Check

SESSION ID	START TIME	DURATION	STATE	ENERGY CHANGE		CHANGE RATE		% LOW POWER STATE TIME		% CAPACITY REMAINING AT START

Analysis Results

Analysis of issues that might cause poor battery life

Top

System Power State: ${SESSION_TYPE_NAMES[$Scope.Type]}

Installed Batteries

Information about each currently installed battery

No batteries are currently installed.

	BATTERY ${$Scope + 1}
NAME	${$Scope.Id}
MANUFACTURER	${$Scope.Manufacturer}
SERIAL NUMBER	${$Scope.SerialNumber}
CHEMISTRY	${$Scope.Chemistry}
DESIGN CAPACITY	- ${$Scope.DesignCapacity}mWh
CAPACITY RATIO	${Math.round(100 * $Scope.FullChargeCapacity / $Scope.DesignCapacity)}
CYCLE COUNT	${$Scope.CycleCount}