How to Activate Battery Saver Mode on Quest 3

Today. in this article we will discuss about how to Activate Battery Saver Mode on Quest 3. With a new design, a significantly more powerful processor, and updated optics, the Meta Quest 3 headset is a significant improvement over its predecessor, the Quest 2. However, the fact that all of these improvements have an impact on the battery life of the headset is a drawback.

Despite the fact that Meta asserts that the Quest 3 may last for the same two to three hours as the Quest 2, this would be a bit of an overstatement. To put it another way, according to our reviewer, the majority of the time during the testing period, usage was closer to the two-hour level than it was to the three-hour mark.

You can extend that by purchasing Meta’s Elite head strap, which is fairly expensive and comes with an additional battery built in. Alternatively, you can go the more economical route and connect the headset to a power bank that fits in your pocket. However, there is also a third option available, and it does not require any kind of new hardware to be installed. We mentioned below are the ways how to Activate Battery Saver Mode on Quest 3.

How to Activate Battery Saver Mode on Quest 3

1. Turn on your Quest 3 virtual reality headset.
2. Navigate to the Home menu by pressing the Oculus button on your controller.
3. In the Home menu, look for and select the Settings option.
4. Inside the Settings menu, find and choose Device.
5. Within the Device settings, select Battery.
6. You will see the Battery Saver Mode option. Toggle the switch to turn it on.
7. Confirm your selection if prompted.
8. Your Quest 3 is now in Battery Saver Mode, helping to conserve battery life during use.

Benefits of Using Battery Saver Mode

1. Longer Battery Life: Battery Saver Mode saves power by lowering network activity, background processes, and total power use. This extra energy life is helpful when you need your device to last longer before you have to charge it again.
2. Performance Loss: The mode often slows down the device by limiting the CPU speed and app action in the background. Because of this, the machine may run a little slower, but it uses a lot less energy.
3. Limitations on Background Apps: Battery Saver Mode usually limits background processes and app activities, stopping updates and data sharing that aren’t needed. In general, this makes the device use less power.
4. Screen Brightness Lessened: The mode often lowers the screen brightness, which saves power and is better for your eyes in low-light situations.
5. Sync Intervals: Battery Saver Mode can make the time between automatic data synchronisation intervals longer for apps like email and social media. This lowers the number of updates and saves battery power.
6. Some connectivity features, like Wi-Fi, Bluetooth, and location services, may be briefly turned off. This can be helpful when these features aren’t needed, as it saves even more battery life.

Future Developments: Battery Optimization in Virtual Reality

1. Efficient Rendering methods: Using advanced rendering methods that put important details first while saving energy. This includes making lighting, textures, and the visual processing as a whole work better.
2. Dynamic Refresh Rates: Adding dynamic refresh rates that change based on what’s being shown. This means that your screen won’t have to have a steady high refresh rate, which saves battery life in scenes that don’t need it.
3. Advanced Power Management: Creating complex power management systems that carefully distribute power based on how VR is being used in real time, ensuring peak performance when needed and energy conservation when not in use.
4. Optimised Hardware Components: Making VR hardware with energy economy in mind, such as displays, processors, and sensors that use little power but still work well and don’t drain the battery quickly.
5. AI-Powered Predictive Analytics: Using AI to look at how users behave, guess how they will interact with VR, and then adjust battery usage to match. This could mean guessing when to set aside resources for upcoming exchanges or cut back during times when people aren’t interacting as much.
6. Wireless Charging Integration: Looking into ways to add wireless charging technologies to VR headsets or tools so that users can easily charge their devices without stopping the VR experience.

Comparing Battery Saver Modes Across VR Headsets

Conclusion

It is common knowledge that the Quest 3 has a shorter battery life than its predecessors. This is a consequence of the advancements that have been made in terms of graphics and processing load. Using mixed reality also leads in a faster drain on the battery, which can cause some applications to empty the battery in one hour and fifteen minutes, despite the fact that Meta said that the Quest 3’s battery life is estimated to be two hours.

Questions and Answers