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Npm Battery Management Libraries

Most Popular Npm Battery Management Libraries

NameSizeLicenseAgeLast Published
systeminformation123.65 kBMIT8 Years15 Sep 2023
cordova-plugin-battery-status30.65 kBApache-2.09 Years2 Jul 2019
battery-level1.81 kBMIT8 Years20 Sep 2017
is-charging1.68 kBMIT7 Years16 May 2018
libreact155.55 kBUNKNOWN6 Years15 Jun 2020
osx-battery1.96 kBMIT8 Years8 Oct 2015
acpiclient2.52 kBMIT8 Years14 Aug 2015
browser-battery1.58 kBMIT8 Years8 Jan 2016
mmon9.45 kBMIT7 Years19 Feb 2017
battery1.91 kBMIT11 Years30 May 2020
battery-status1.29 kBMIT9 Years30 Apr 2016
react-native-battery7.59 kBUNKNOWN8 Years4 Feb 2020
macstats92.39 kBMIT8 Years7 Jul 2020
battery.js2.94 kBMIT8 Years28 Sep 2016
device-capabilities.js11.59 kBMIT8 Years1 Feb 2016

When Are Battery Management Libraries Useful?

Battery management libraries provide an interface between the software and battery hardware within any device. They are particularly useful when building applications that need to monitor or control the status and health of the batteries.

For example, if you're developing an enterprise-grade software for managing a fleet of IoT devices, a battery management library would provide crucial functionalities to track battery capacities, ensure optimal power consumption, and forecast the operational viability of each device. Similarly, for mobile apps that require power-intensive tasks like GPS tracking or video streaming, these libraries could help monitor and optimize the battery consumption.

In the JavaScript ecosystem, you'll use the npm package manager to fetch these libraries.

What Functionalities Do Battery Management Libraries Usually Have

Battery management libraries typically provide a range of functionalities:

  1. Battery Health Monitoring: They provide real-time data about battery health, which includes parameters like temperature, current capacity, maximum capacity, cycle count, and more.

  2. Power Consumption Management: They allow developers to control the power consumption by various components of a device or application, optimizing the overall battery usage.

  3. Charging Control: Some libraries provide functionalities to regulate the charging process such as limiting the charging current or setting the maximum charge threshold.

  4. Discharge Management: Similar to charging control, some libraries offer functionalities to control the discharge process, which can protect the battery from over-discharging.

  5. Battery Event Notifications: Many libraries provide options to setup event listeners or callbacks for various battery events, which include 'low battery alert', 'charging started', 'charging completed', and more.

Remember to look for these functionalities when using npm to search for the right battery management library for your project.

Gotchas/Pitfalls to Look Out For

While battery management libraries provide many benefits, there are some potential pitfalls to be aware of:

  1. Compatibility Issue: Not all libraries are compatible with every hardware or device. So, check the library compatibility with your targeted hardware or device before choosing it.

  2. Documentation Quality: A library's usefulness depends a lot on the quality of its documentation. Poor documentation could lead to misunderstanding and misuse of the library's functions.

  3. Maintenance Status: Some libraries might not be actively maintained, leading to outdated code or unresolved issues.

  4. Licenses: Several libraries could have licensing restrictions which might limit their use in certain situations or could lead to legal issues.

  5. Dependent Libraries: Some libraries depend on other packages to work. Attention should be paid to these dependencies, as they could carry their own set of problems, including aforementioned pitfalls.

While using npm, it's urged to examine the package's README, package.json (for understanding dependencies) and official documentation.