## Power Efficiency Diagnostics Report

Computer Name | WIN-AH9OKUFOV0O
Scan Time | 2026-04-23T01:34:19Z
Scan Duration | 60 seconds
System Manufacturer | Hetzner
System Product Name |
BIOS Date | 08/30/2024
BIOS Version | L2.12
OS Build | 20348
Platform Role | PlatformRoleDesktop
Plugged In | true
Process Count | 256
Thread Count | 3279
Report GUID | {9a81bd2d-251f-45e7-87e1-cd5cf19bf37f}

### Analysis Results

#### Errors

Power Policy:Sleep timeout is disabled (Plugged In)
The computer is not configured to automatically sleep after a period of inactivity.
Power Policy:Disk idle is disabled (Plugged In)
The disk is not configured to turn off after a period of disk inactivity.
System Availability Requests:System Required Request
A kernel component has made a request to prevent the system from automatically entering sleep.
Device Drivers:
Devices with missing or misconfigured drivers can increase power consumption.

Device Name | Unknown Device
Device ID | ACPI\AMDIF030\0
Device Status | 0x1802400
Device Problem Code | 0x1c

Device Drivers:
Devices with missing or misconfigured drivers can increase power consumption.

Device Name | Unknown Device
Device ID | ACPI\AMDI0030\0
Device Status | 0x1802400
Device Problem Code | 0x1c

Device Drivers:
Devices with missing or misconfigured drivers can increase power consumption.

Device Name | PCI Device
Device ID | PCI\VEN_1022&DEV_148A&SUBSYS_148A1022&REV_00\4&D573D7&0&0039
Device Status | 0x1802400
Device Problem Code | 0x1c

Device Drivers:
Devices with missing or misconfigured drivers can increase power consumption.

Device Name | SM Bus Controller
Device ID | PCI\VEN_1022&DEV_790B&SUBSYS_790B1849&REV_61\3&11583659&0&A0
Device Status | 0x1802400
Device Problem Code | 0x1c

Device Drivers:
Devices with missing or misconfigured drivers can increase power consumption.

Device Name | PCI Device
Device ID | PCI\VEN_1022&DEV_1485&SUBSYS_14851022&REV_00\4&1FDE7688&0&0041
Device Status | 0x1802400
Device Problem Code | 0x1c

Device Drivers:
Devices with missing or misconfigured drivers can increase power consumption.

Device Name | PCI Encryption/Decryption Controller
Device ID | PCI\VEN_1022&DEV_1486&SUBSYS_14861022&REV_00\4&1FDE7688&0&0141
Device Status | 0x1802400
Device Problem Code | 0x1c

#### Warnings

Platform Power Management Capabilities:The S3 sleep state has been temporarily disabled by a system component.
The computer may not transition to sleep when the following components are installed or tasks are ongoing.

Microsoft Basic Display Driver or Microsoft Basic Render Driver |

#### Information

Platform Timer Resolution:Platform Timer Resolution
The default platform timer resolution is 15.6ms (15625000ns) and should be used whenever the system is idle. If the timer resolution is increased, processor power management technologies may not be effective. The timer resolution may be increased due to multimedia playback or graphical animations.

Current Timer Resolution (100ns units) | 156249

Power Policy:Active Power Plan
The current power plan in use

Plan Name | OEM Balanced
Plan GUID | {381b4222-f694-41f0-9685-ff5bb260df2e}

Power Policy:Power Plan Personality (Plugged In)
The personality of the current power plan when the system is plugged in.

Personality | Balanced

Power Policy:Video quality (Plugged In)
Enables Windows Media Player to optimize for quality or power savings when playing video.

Quality Mode | Optimize for Video Quality

USB Suspend:Analysis Success
Analysis was successful. No energy efficiency problems were found. No information was returned.
CPU Utilization:Processor utilization is low
The average processor utilization during the trace was very low. The system will consume less power when the average processor utilization is very low.

Average Utilization (%) | 0.86

Battery:Analysis Success
Analysis was successful. No energy efficiency problems were found. No information was returned.
Platform Power Management Capabilities:Supported Sleep States
Sleep states allow the computer to enter low-power modes after a period of inactivity. The S3 sleep state is the default sleep state for Windows platforms. The S3 sleep state consumes only enough power to preserve memory contents and allow the computer to resume working quickly. Very few platforms support the S1 or S2 Sleep states.

S1 Sleep Supported | false
S2 Sleep Supported | false
S3 Sleep Supported | false
S4 Sleep Supported | true

Platform Power Management Capabilities:Connected Standby Support
Connected standby allows the computer to enter a low-power mode in which it is always on and connected. If supported, connected standby is used instead of system sleep states.

Connected Standby Supported | false

Platform Power Management Capabilities:The S1 sleep state has been temporarily disabled by a system component.
The computer may not transition to sleep when the following components are installed or tasks are ongoing.

Microsoft Basic Display Driver or Microsoft Basic Render Driver |

Platform Power Management Capabilities:The S2 sleep state has been temporarily disabled by a system component.
The computer may not transition to sleep when the following components are installed or tasks are ongoing.

Microsoft Basic Display Driver or Microsoft Basic Render Driver |

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 0
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 183
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 1
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 183
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 2
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 183
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 3
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 183
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 4
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 178
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 5
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 178
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 6
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 166
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 7
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 166
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 8
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 170
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 9
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 170
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 10
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 174
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 11
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 174
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 12
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 161
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 13
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 161
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 14
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 157
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 15
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 157
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 16
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 153
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 17
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 153
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 18
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 149
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 19
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 149
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 20
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 140
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 21
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 140
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 22
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 144
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control

Platform Power Management Capabilities:Processor Power Management Capabilities
Effective processor power management enables the computer to automatically balance performance and energy consumption.

Group | 0
Index | 23
Idle State Count | 2
Idle State Type | ACPI Idle (C) States
Nominal Frequency (MHz) | 3100
Maximum Performance Percentage | 144
Lowest Performance Percentage | 55
Lowest Throttle Percentage | 17
Performance Controls Type | ACPI Collaborative Processor Performance Control