Win7 practical and new functions using commands to view power efficiency

In the XP system, if you want to see the power usage efficiency is certainly troublesome. At least I have never been to check, although sometimes there will be a small curiosity, but have been the trouble of the steps to destroy. Recently discovered the Win7 system actually has the function which sees the power use efficiency, small arranges very happy, immediately puts this new function how to use to share to everybody.

1

Go to command Prompt window

Which is to enter CMD inside the operation.

2

The last step forgot to remind, remember to run with the identity of the administrator. Then enter in the command Prompt window: Powercfg/energy press ENTER, wait 1 minutes will appear

3

The above picture said the detailed content see, to copy that section of the road to the Web address bar, which is equivalent to open a Web page, you can see the details of your computer.

4

This is the details of the small computer, a long time, do not want to see the person can be directly on their own computer to try, see how their computer is.

Power Efficiency Diagnostics Report

Computer name 1Y69J76UXJO7VTJ

Scan Time 2013-07-26t02:55:06z

Scan duration 60 seconds

Systems manufacturer System Manufacturer

Systems Product Name System products names

BIOS Date 06/26/2012

BIOS version 4301

OS Internal version 7601

Platform role Platformroledesktop

Connect Power True

Process Count 58

Thread Count 865

Report GUID {CC71DB53-193F-4456-A571-1CD6BC36E2D3}

Analysis results

Error

Power Policy: Monitor timeout is disabled (power on)

The monitor is not configured to shut down after a period of inactivity.

Power Policy: Sleep timeout is disabled (powering on)

The computer is not configured to sleep automatically after a period of inactivity.

USB suspend: USB device does not enter suspend state

The USB device has not entered a pending state. If the USB device does not enter a suspend state when it is not in use, processor power management may be blocked.

Device name USB Root Hub

Primary controller ID PCIVEN_8086&DEV_1C26

Host controller location PCI bus 0, device, function 0

Device ID USBVID_8086&PID_1C26

Port path

USB suspend: USB device does not enter suspend state

The USB device has not entered a pending state. If the USB device does not enter a suspend state when it is not in use, processor power management may be blocked.

Device name Generic USB Hub

Primary controller ID PCIVEN_8086&DEV_1C26

Host controller location PCI bus 0, device, function 0

Device ID usbvid_8087&pid_0024

Port Path 1

USB suspend: USB device does not enter suspend state

The USB device has not entered a pending state. If the USB device does not enter a suspend state when it is not in use, processor power management may be blocked.

Device name USB input device

Primary controller ID PCIVEN_8086&DEV_1C26

Host controller location PCI bus 0, device, function 0

Device ID usbvid_09da&pid_c10a

Port Path 1,1

CPU Usage: High processor utilization

The average processor utilization is high during tracking. When the average processor utilization is low, the system consumes less power. Check the processor utilization of a single processor to determine which applications and services occupy most of the processor utilization.

Average utilization rate (%) 14.18

Platform Power management features: PCI Express Active State power Management (ASPM) disabled

PCI Express Active Power Management (ASPM) has been disabled because of a known incompatibility problem with the hardware on this computer.

Warning

Power Policy: 802.11 radio power policy for maximum performance (power on)

The current power policy for a 802.11-compliant wireless network adapter is not configured to use a low-power mode.

CPU usage: A single processor with a higher processor utilization rate.

This process is responsible for tracking the total processor utilization for the larger portion of records during the period.

Process name Sogouexplorer.exe

PID 2412

Average utilization rate (%) 4.66

Average utilization of module modules (%)

DeviceHarddiskVolume1WindowsSystem32mshtml.dll 1.32

Deviceharddiskvolume1usersadministratorappdataroamingsogouexplorerbinflash_ie.ocx 1.17

DeviceHarddiskVolume1WindowsSystem32jscript9.dll 0.59

CPU usage: A single processor with a higher processor utilization rate.

This process is responsible for tracking the total processor utilization for the larger portion of records during the period.

Process name Dwm.exe

PID 212

Average utilization rate (%) 1.62

Average utilization of module modules (%)

DeviceHarddiskVolume1WindowsSystem32igd10umd32.dll 0.57

DeviceHarddiskVolume1WindowsSystem32dwmcore.dll 0.56

Systemrootsystem32driversigdkmd32.sys 0.11

CPU usage: A single processor with a higher processor utilization rate.

This process is responsible for tracking the total processor utilization for the larger portion of records during the period.

Process name 360rp.exe

PID 3732

Average utilization rate (%) 1.24

Average utilization of module modules (%)

Program Files360360sdsavapi3aehelp.dll 0.34

SystemRootsystem32ntkrnlpa.exe 0.27

Program Files360360sdsavapi3aevdf.dll 0.10

CPU usage: A single processor with a higher processor utilization rate.

This process is responsible for tracking the total processor utilization for the larger portion of records during the period.

Process name QQ.exe

PID 484

Average utilization rate (%) 1.05

Average utilization of module modules (%)

SystemRootsystem32ntkrnlpa.exe 0.38

Deviceharddiskvolume1program FilesTencentQQBinCommon.dll 0.11

DeviceHarddiskVolume1WindowsSystem32ntdll.dll 0.08

CPU usage: A single processor with a higher processor utilization rate.

This process is responsible for tracking the total processor utilization for the larger portion of records during the period.

Process name SogouExplorerUp.exe

PID 928

Average utilization rate (%) 0.87

Average utilization of module modules (%)

SystemRootsystem32ntkrnlpa.exe 0.33

DeviceHarddiskVolume1UsersAdministratorAppDataRoamingSogouExplorerTempSogouExplorerUp.exe 0.13

DeviceHarddiskVolume1WindowsSystem32ntdll.dll 0.07

CPU usage: A single processor with a higher processor utilization rate.

This process is responsible for tracking the total processor utilization for the larger portion of records during the period.

Process name Svchost.exe

PID 940

Average utilization rate (%) 0.48

Average utilization of module modules (%)

SystemRootsystem32ntkrnlpa.exe 0.18

DeviceHarddiskVolume1WindowsSystem32ntdll.dll 0.04

Systemrootsystem32driversntfs.sys 0.04

CPU usage: A single processor with a higher processor utilization rate.

This process is responsible for tracking the total processor utilization for the larger portion of records during the period.

Process name 360tray.exe

PID 2180

Average utilization rate (%) 0.48

Average utilization of module modules (%)

SystemRootsystem32ntkrnlpa.exe 0.14

Deviceharddiskvolume1program Files360360Safeipcappd.dll 0.04

DeviceHarddiskVolume1WindowsSystem32ntdll.dll 0.03

CPU usage: A single processor with a higher processor utilization rate.

This process is responsible for tracking the total processor utilization for the larger portion of records during the period.

Process name System

PID 4

Average utilization rate (%) 0.41

Average utilization of module modules (%)

SystemRootsystem32ntkrnlpa.exe 0.20

Systemrootsystem32driversdxgmms1.sys 0.07

Systemrootsystem32driversigdkmd32.sys 0.02

CPU usage: A single processor with a higher processor utilization rate.

This process is responsible for tracking the total processor utilization for the larger portion of records during the period.

Process name LiveUpdate360.exe

PID 5472

Average utilization rate (%) 0.34

Average utilization of module modules (%)

SystemRootsystem32ntkrnlpa.exe 0.10

Program Files360360SafeMiniUI.dll 0.08

Systemrootsystem32win32k.sys 0.03

CPU usage: A single processor with a higher processor utilization rate.

This process is responsible for tracking the total processor utilization for the larger portion of records during the period.

Process name Svchost.exe

PID 2320

Average utilization rate (%) 0.30

Average utilization of module modules (%)

Deviceharddiskvolume1programdatamicrosoftwindows defenderdefinition UPDATES{E82EB7C7-32EF-4DB0-8B0B-24ED38D61BC3 }mpengine.dll 0.22

SystemRootsystem32ntkrnlpa.exe 0.02

DeviceHarddiskVolume1WindowsSystem32ntdll.dll 0.01

Information

Platform Timer Resolution: Platform Timer resolution

The default platform timer resolution is 15.6ms (15625000NS) and should be used when the system is idle. If you increase the resolution of the timer, the processor power management technology may not work. You may want to improve the resolution of your timer because you need to play multimedia or make graphics animations.

Current timer resolution (100NS units) 156000

Power policy: Active power Plan

Power Plan currently in use

Plan name OEM Balance

Schedule GUID {381b4222-f694-41f0-9685-ff5bb260df2e}

Power policy: Power Plan personal settings (power on)

Personal settings for the current power plan when the system is powered on.

Personal setting balance

Power Policy: Video quality (inserted)

When you play video, enabling Windows Media Player can improve quality or save energy.

Quality Mode optimizes video quality

System Availability Request: Analysis succeeded

The analysis was successful. No energy efficiency issues were found. No information was returned.

Battery: Analysis Successful

The analysis was successful. No energy efficiency issues were found. No information was returned.

Platform Power management features: supported sleep status

The sleep state allows the computer to enter a Low-power mode after a period of inactivity. The S3 sleep state is the default sleep state of the Windows platform. The S3 sleep state consumes only enough power to retain content in memory and allows the computer to resume work quickly. Few platforms support S1 or S2 sleep states.

S1 Sleep Supported True

S2 Sleep supported False

S3 Sleep Supported True

S4 Sleep Supported True

Platform Power management features: Processor power management features

Effective processor power management allows computers to automatically balance performance and energy consumption.

Group 0

Index 0

Idle (C) status Count 3

Performance (P) status Count 10

Throttle (T) status Count 0

Platform Power management features: Processor power management features

Effective processor power management allows computers to automatically balance performance and energy consumption.

Group 0

Index 1

Idle (C) status Count 3

Performance (P) status Count 10

Throttle (T) status Count 0

Note : More wonderful tutorials Please pay attention to the triple computer tutorial section, triple Computer office group: 189034526 welcome you to join