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Optimize your battery life

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Your notebook battery life depends on your computer's configuration and how you're using the computer. Here are some settings and steps you can take to get the most from your computer's battery.

Check Battery preferences

The Battery pane in System Preferences has settings to help improve the battery life on your Mac notebook. To view Battery settings, choose Apple menu  > System Preferences, click Battery or Energy Saver, then select the Battery tab.

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The example above is from macOS Big Sur. Some features such as Automatic graphic switching and Power Nap aren't available on all Mac notebooks or versions of macOS.

For maximum battery life, use the following settings:

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• Turn on 'Slightly dim the display while on battery power'. This setting lets your Mac adjust the display brightness to 75% when you unplug the computer from power.
• Turn off 'Enable Power Nap while on battery power'. This setting prevents your Mac from checking for mail or other iCloud updates during sleep which improves standby time.
• Turn on 'Optimize video streaming while on battery'. This setting lets high-dynamic-range (HDR) video play in standard dynamic range (SDR) while on battery power, which uses less energy.
• Turn on 'Automatic graphics switching'. This setting lets MacBook Pro models with multiple graphics processors automatically switch between them to maximize battery life.

Adjust display brightness

By default, your display automatically adjusts the brightness to conserve power. If you turn off automatic brightness, you should turn it back on later to preserve battery life. To set the brightness automatically, choose Apple menu  > System Preferences, click Displays, then turn on 'Automatically adjust brightness'. Learn how to adjust your brightness manually.

Check battery health

You can check the health of your battery in Battery preferences or the Battery status menu:

• In macOS Big Sur, choose Apple menu  > System Preferences, click Battery, select Battery in the sidebar, then click Battery Health.
  
• In macOS Catalina or earlier, hold the Option key and click the battery icon in the menu bar to reveal the battery status menu.

You'll see one of the following status indicators:

• Normal: The battery is functioning normally.
• Service Recommended: The battery's ability to hold charge is less than when it was new or it isn't functioning normally. You can safely continue to use your Mac but you should take it to an Apple Store or Apple-authorized service provider to get your battery evaluated.

To get service on your battery, contact Apple.

In earlier versions of macOS, the battery status might display Replace Soon, Replace Now, or Service Battery if your battery holds less of a charge than when it was new or needs to be serviced. If the battery's lowered charging capacity is affecting your experience, get your battery evaluated at an Apple Store or Apple-authorized service provider.

While some third-party apps report on battery health conditions, the data reported by these apps may be inaccurate and isn't a conclusive indication of actual diminished system run time. It's best to rely on the information reported in the battery health menu, described above.

Diagnose battery issues

Learn how to check your hardware, identify apps or features contributing to high energy use, and resolve charging issues.

Run diagnostics

A great place to start when troubleshooting battery issues is the built-in diagnostics that are available on your Mac notebook. Learn how to use Apple Diagnostics on your Mac.

If you don't find any issues with Apple Diagnostics, read on for more information about troubleshooting your battery.

Check the battery status menu

The battery status menu shows you how much charge your battery has and whether it's currently charging. This menu is at the right side of the menu bar:

The battery status menu also tells you if your display or any apps are using significant energy. Also consider closing any apps that are listed to save battery power.

If you use optimized battery charging in macOS Big Sur, you'll see additional information when your Mac is connected to power, such as whether charging is paused or when your battery will be fully charged. If charging is paused and you need to have your Mac fully charged sooner, click Charge To Full Now.

Resolve charging issues

Get help with other issues such as if your Mac won't recognize a power adapter or charge to 100%.

If your Mac isn't charging

Confirm the correct wattage AC adapter for your computer. A power adapter rated for a lower wattage than is required for the system might not reliably charge the computer. If you're not sure which power adapter to use with your computer, learn how to find the right power adapter and cord for your Mac notebook.

For more help, learn what to do if your USB-C power adapter isn't charging your Mac notebook. If issues persist, shut down your Mac, close the display for 30 seconds, then try to charge again. Or if you have an Intel-based Mac, reset the SMC.

If your Mac won't charge to 100%

If you use optimized battery charging in macOS Big Sur or use macOS Catalina or earlier, occasionally the battery might not show a full charge (100%) in macOS, even after the power adapter has been connected for an extended period of time. This behavior is normal and helps prolong the overall life of the battery.

Servicing the battery in your Mac notebook

MacBook, MacBook Air, and MacBook Pro computers with built-in batteries should only have their batteries replaced by an Apple Authorized Service Provider or at an Apple Store. Attempting to replace a built-in battery yourself could damage your equipment, and such damage is not covered by warranty.

Some older Mac notebooks have removable batteries that you can replace yourself. Contact an Apple Authorized Service Provider or an Apple Store for assistance servicing a removable battery.

Battery warranty information

Your Apple One Year Limited Warranty includes replacement coverage for a defective battery. If you purchased an AppleCare Protection Plan for your Mac notebook, Apple will replace the notebook battery at no charge if it retains less than 80 percent of its original capacity. If you don't have coverage, you can have the battery replaced for a fee.

Understanding batteries in Mac notebooks

MacBook, MacBook Air, and MacBook Pro computers come with lithium polymer batteries to provide maximum battery life in a compact space. To understand battery technology and battery life, it's good to know common battery terminology:

• Cycle count: Batteries are expected to function for a certain number of cycles. This number represents the sum of total and partial discharge cycles throughout the life of the battery. You can see the cycle count limit for your computer by reviewing Determine battery cycle count for Mac notebooks.
• Full charge capacity: Measured in mAH (milliampere-hours), this refers to the amount of power the battery is capable of containing, less the energy required to shut down the device. This number lowers as the battery becomes depleted with usage and age.
• Remaining charge capacity: This number represents the current amount of power left in the battery as measured in mAh (milliampere-hours). Using the computer when not connected to AC power will cause this number to lower as power is depleted from the battery.
• Defective: Batteries are considered defective when they stop working due to a defect in materials or workmanship, or due to a manufacturing defect. Defective batteries are covered under Apple's one-year limited warranty and extended-service contracts.
• Load: The amount of activity being performed by a task or tasks. Certain power-intensive processes place a heavier load on the battery and result in a much-reduced runtime per charge.

Learn more

Learn more about the batteries used in Apple products.

• TOOLBOX MAPPINGS
• UNSUPPORTED FUNCTIONS

Mac::Carbon - Access to Mac OS Carbon API

This module provides documentation of the Mac::Carbon modules, and acts as a frontend to them.

Mac::Carbon is a collection of perl modules for accessing the Carbon API under Mac OS X. It is a port of the Toolbox modules written by Matthias Neeracher for MacPerl.

This module will load in all the Carbon modules, and export all of the functions, constants, and other variables. An export tag is set up for each module, so they may be selected individually.

This module exists primarily because in Mac OS X, all the Carbon functions are imported into a C program with a single header, Carbon.h, so Mac OS X users may prefer to load in the entire Carbon API with a single module.

For detailed information on the Carbon API (highly recommended, as a familiarity with Carbon is assumed in the POD), see apple.com.

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The documentation is also located on your system, if you have the Developer Tools installed, at /Developer/Documentation/Carbon/.

Also of significant use are the related header files on your system. Use the `locate` command to find them. They contain current documentation and notes for the API.

The modules were written for Mac OS originally, and are in part being ported to Carbon. You may also be interested in the original documentation.

Swiped from Mac/Toolbox.pod in the MacPerl distribution.

The Macintosh Operating System provides a rich API with thousands of toolbox calls. The MacPerl toolbox modules aim to make as much as possible of this functionality available to MacPerl programmers. The mapping of the toolbox interfaces into MacPerl is intended to be

1. Convenient to use for Perl programmers.

2. As close as possible to the C interfaces.

This translates into a mapping strategy which is discussed in the following sections.

Function mappings

MacPerl toolbox calls take their input arguments in the same order as the corresponding toolbox functions. Output arguments are never passed by reference, but returned from the calls. If there are several output arguments, a list is returned. If an error occurs, the function returns undef or () and the error code is available in the $^E variable.

Data structure mappings

Complex data structures are mapped into blessed references. Data fields are available through member functions which return the value of a field if called without an argument and change the value if called with an argument.

The modules follow the same API under Mac OS X as Mac OS, except that the non-Carbon API is not supported (for example, NewHandle is supported, but NewHandleSys is not). Calling a function not supported by Carbon will generate an exception.

In each module's documentation, functions that work only under Mac OS (non-Carbon) are marked with Mac OS only. Those that work only under Mac OS X (Carbon) are marked with Mac OS X only. A complete list is at the end of this document.

The MacPerl package is automatically bootstrapped in MacPerl; it is included here, though the app-specific functions (Reply, Quit) are not supported, and the MacPerl package must be loaded explicitly (e.g., use MacPerl;). Also, Ask/Answer/Pick are provided via AppleScript, talking to the SystemUIServer process. Buki buki! mac os.

The Mac-specific error codes are put in $^E as in MacPerl, but $^E does not automatically convert the numeric error into a string in string context. See brian d foy's Mac::Errors module on the CPAN for this:

Mac::Errors is not included with or required by Mac::Carbon, but it is highly recommended.

$! is set at the same time $^E is set. This is different behavior from MacPerl, but similar to other platforms. On MacPerl, $^E is signed, and on Unix it is unsigned, so to get the numeric value from $^E, just add 0, as above. Could be worse.

Files are passed back and forth using Unix/POSIX filespecs (if you care about the gory details, a portion of the GUSI API has been reimplemented here, and it handles the conversions). Similarly, times are converted back and forth from the Mac OS epoch to the Unix epoch.

The support functions are in Carbon.h. See that file for descriptions of the issues, including bugs and possibilities for bugs, involved.

Significant portions of the Carbon API are unavailable to 64-bit programs on Mac OS X. Perhaps a subset of the API could be made available to a 64-bit perl (for more information see Apple's '64-Bit Guide for Carbon Developers'), and might in the future, but it's simpler at this point to just run perl in 32-bit mode.

There's a few ways to do this. Most obviously, you could simply build a 32-bit perl. I always build my own perl, and I just compile it for 32 bits.

There's also two methods mentioned in 'man perl' under Mac OS X 10.6: you can set an environment variable, or set a system preference. For the environment use:

And for the system preference, execute this line in your terminal:

There are very few issues on Intel. They mostly center around the fact that a Mac four-char-code is often treated as a string in Perl-space, but in C-space is an integer. The conversion process results in various errors.

Four-char-code types include typeType, typeEnumerated, typeProperty, typeKeyword, and typeApplSignature.

There are a few Don't Do Thats to keep in mind.

• Don't change the type of an existing AEDesc; coerce it to a new desc instead, with AECoerceDesc(). This is generally good advice anyway.

• Don't pass four-char-codes as arguments to AEBuild*; there's no easy way for the called function to know what type the argument is going to be passed as, and to fix the data before it is passed. Four-char-codes can be literals in AEBuild formats; this is a better method to use, when possible. For example:

• Similarly, when using AEStream, don't pass a four-char-code to WriteData(), if you can avoid it. Use one of the methods that allow type specification (such as WriteDesc and WriteKeyDesc).

• Don't try to parse binary data when you don't have to; use the API. For example, one of the example files for Mac::Speech parsed the creator ID out of the binary data structure instead of calling the API, and got the string reversed.

See each individual module for more information on use. See README for more information about modules not included here.

Functions supported only in Mac OS

The functions below are supported only in Mac OS, and not in Mac OS X, either because they are not supported by Carbon, or make no sense on Mac OS X.

Mac::AppleEvents

AECountSubDescItems

AEDescToSubDesc

AEGetKeySubDesc

AEGetNthSubDesc

AEGetSubDescBasicType

AEGetSubDescData

AEGetSubDescType

AESubDescIsListOrRecord

AESubDescToDesc

Mac::Files

Eject

Mac::InternetConfig

ICChooseConfig

ICChooseNewConfig

ICGeneralFindConfigFile

ICGetConfigReference

ICGetComponentInstance

ICSetConfigReference

Mac::Memory

CompactMemSys

FreeMemSys

GetApplLimit

MaxBlockSys

MaxBlockSysClear

MaxMemSys

NewEmptyHandleSys

NewHandleSys

NewHandleSysClear

NewPtrSys

NewPtrSysClear

PurgeMemSys

ReserveMemSys

Mac::Processes

LaunchDeskAccessory

Mac::Resources

CreateResFile

OpenResFile

RGetResource

Mac::Sound

Comp3to1

Comp6to1

Exp1to3

Exp1to6

MACEVersion

SndControl

SndPauseFilePlay

SndRecordToFile

SndStartFilePlay

SndStopFilePlay

SPBRecordToFile

MacPerl

Choose

ErrorFormat

FAccess

LoadExternals

Quit

Reply

Functions supported only in Mac OS X

The functions below are supported only in Mac OS X, and not in Mac OS, either because they are newer APIs, or make no sense on Mac OS.

Mac::Processes

GetProcessForPID

GetProcessPID

LSFindApplicationForInfo

Mac::Resources

FSCreateResourceFile

FSOpenResourceFile

See http://rt.cpan.org/NoAuth/Bugs.html?Dist=Mac-Carbon for more information.

• Need more tests for:

  Mac::Memory

  Should be more comprehensive for very little-used functions; main functionality is tested OK.

  Mac::Sound

  Everdream mac os. Same.

  Mac::Resources

  Tested really only in other test suites, like Mac::Sound. Should be more comprehensive.

  Mac::Components

  Same.

  Mac::Files

  Very good, but could do more exhausative FindFolder() tests.

  Mac::Processes

  Tests not very good, but tested pretty extensively by Mac::Glue and friends.

  Mac::MoreFiles

  Same.

  Mac::OSA

  Same.

  Mac::InternetConfig

  No real testing done.

• In a few places, we need to know a text encoding, and assume it (such as in LSFindApplicationForInfo(), where Latin-1 is assumed). This is likely incorrect.

• FSSpecs are limited to 31 characters. Ugh. Provide access to newer FSRef-based APIs.

• Not specific to the Carbon versions: the Mac:: modules define classes such as Handle which probably should be something else, like Mac::Handle or Mac::Carbon::Handle or Mac::Memory::Handle (other examples include AEDesc, Point, Rect). No one has really complained before except on principle, but still ..

• Can we support XCMDs etc. via XL? Do we want to?

The Mac Toolbox modules were written by Matthias Neeracher . They were ported to Mac OS X and are currently maintained by Chris Nandor .

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perl(1).

To install Mac::Carbon, copy and paste the appropriate command in to your terminal.

For more information on module installation, please visit the detailed CPAN module installation guide.