Maple Grove Report

Maple Grove Report

Subscribe to Our Newsletter

Get our latest articles delivered straight to your inbox. No spam, we promise.


Do you wish your Samsung Galaxy phone had slightly better battery life? I think it’s safe to say we all look for ways to improve our phones, and that’s why you’ll love these two little settings hiding on your phone that will quickly make a big difference.

These days, we all take Wi-Fi, Bluetooth, and all the location services on our phones for granted. Google Maps always knows exactly where you are, your weather app updates your location automatically, and so much more. And while that’s great, some of the technology running in the background is constantly draining your battery.

So, whether you want better battery life, more privacy, or you’re simply setting up a new Galaxy phone, here are two location settings you’ll want to consider before turning them on. I’m talking about Wi-Fi and Bluetooth scanning, which run 24/7 to improve location accuracy.

The first offender is Wi-Fi scanning

What it does, and why you don’t need it

When you head into Settings > Location, and tap Location services near the top, you’ll see a fewoptions. And while the first few are for location-based information for emergencies, amber alerts, and things like that, a few rows below is the Wi-Fi setting we’re looking for.

Depending on your phone model and One UI version, itmay be called Wi-Fi scanning, always-on scanning, or scanning always available. This is a setting you probably agreed to during phone setup without knowing very much about it.

Wi-Fi Scanning is a helpful feature on all Android phones, but it runs in the background 24/7, scanning for nearby Wi-Fi networks. This happens even when Wi-Fi is turned off, and when it finds a network, it uses that information for accurate location services on your phone and apps.

The main benefit of Wi-Fi scanning is better, more accurate location data, regardless of whether you’re inside or outside. The thing is, it never turns off and constantly wakes up your phone, processor, GPS, Wi-Fi, and other radios. As you can imagine, this decreases battery life. Here’s how to turn it off.

While you’re in Settings > Location > Location Services, simply toggle the switch to OFF and turn off Wi-Fi Scanning. It’s that easy, and now it’ll stop doing all those things in the background. But, unfortunately, it’s not the only one.

Bluetooth scanning is more efficient

But you can turn it off, too

If you still want some sort of location services running to ensure your map, weather, and other apps maintain some level of accuracy, you can keep Bluetooth scanning turned on. That’s because Bluetooth is a bit more efficient than Wi-Fi.

However, those looking for more privacy and longer battery life will want to disable both. In the same Settings > Location > Location services menu as the Wi-Fi control, you’ll see the same type of setting for Bluetooth scanning. Go ahead and flip that switch to off, too, and you’ll be all set.

Just like Wi-Fi scanning, Bluetooth scanning will allow your phone to turn on Bluetooth even when the main setting is off, then constantly search for and find nearby Bluetooth devices to provide more accurate location data. When you combine the two, our phones are very precise. When turned off, you’ll have to grant access to apps more often, or you may find that your apps and services are slightly off and relying solely on GPS.

Both of these settings offer benefits for Android, especially for apps and services that rely on your location. But just because it’s beneficial doesn’t mean you need to use it. I still find that Google Maps works well, and my weather app uses my zip code most of the time, so that’s not much of a concern.

At the end of the day, both of these settings keep your phone’s Wi-Fi, Bluetooth, CPU, and other chipsets running in the background, constantly scanning for networks or devices and communicating. If you want hours of battery life back, turn em’ off.


Little changes with big results

Again, these settings certainly have benefits, and I know a lot of people who don’t want to ever mess with location, so they keep it turned on. The only real reason that’s actually worth keeping them enabled is for “Find My” services if you lose your phone. However, if you’re trying to figure out why your battery drains so fast, especially when you haven’t used it for several hours but it’s still siphoning power, this could be the culprit.

I’ve had both of these turned off for years, and it’s one of the first things I do after setting up any new Galaxy device. It doesn’t harm anything. Wi-Fi still scans and connects to store and hotel Wi-Fi, and Bluetooth still works as it should. It doesn’t affect how these operate; it simply stops them from scanning and collecting data in the background.

Whenever I travel or need more accurate location data, I re-enable the BT scanning option, but Wi-Fi scanning is always turned off on my phone.



Source link



The Japanese group plans to mass-produce data-centre battery cells in Kansas by fiscal 2028, redirecting a large slice of its AI infrastructure investment toward storage.

The companies that built batteries for electric cars are discovering a new and hungrier customer: the data centre.

Panasonic plans to localise production of data-centre battery cells in the United States, its energy unit’s chief executive has said, building the cells at a plant in Kansas rather than shipping them in, as the Japanese group chases a market that barely existed a few years ago.

Mass production at the Kansas site is scheduled for the financial year ending March 2029, which Panasonic counts as fiscal 2028.

The plant gives the company a domestic base to supply American data-centre operators directly, a meaningful advantage at a moment when tariffs, supply-chain anxiety, and the sheer speed of AI build-out have made onshore manufacturing a competitive asset rather than a cost to be minimised.

The money behind the move is substantial. Panasonic is directing about 350 billion yen, roughly $2.18 billion, of a previously announced 500 billion yen AI infrastructure investment over fiscal 2026 to 2028 to its Energy unit, the division that also supplies Tesla, with the remaining 150 billion yen going to its Industry segment.

The split tells you where the company thinks the growth is: the battery business that grew up around electric vehicles is being retooled to feed the server hall.

The ambition is sized accordingly. Panasonic Energy chief executive Kazuo Tadanobu described the unit’s 950 billion yen sales target for data-centre-related energy storage in fiscal 2028 as a “minimum commitment,” with the business aiming to push sales past 1 trillion yen.

For a target to be framed as a floor rather than a goal is a sign of how quickly the company expects demand to climb.

The logic is grounded in how modern data centres actually run. The facilities training and serving AI models draw enormous, spiky loads, and they cannot tolerate even a flicker of interruption, which makes large-scale battery storage essential for smoothing supply, bridging outages, and managing the gap between what the grid can deliver and what the racks demand at any given instant. As AI compute scales, the storage attached to it scales with it.

The cells these facilities need are also a different specification from the ones that go into cars, tuned for grid-style duty cycles rather than the range and weight constraints of a vehicle, which is part of why an established battery maker still has to build dedicated capacity rather than simply repurpose its existing lines.

That demand is already straining the systems around it. The build-out has pushed electricity grids to their limits, with operators from Denmark pausing new connections to China wrestling with how to match clean power to data-centre load, a backdrop that makes on-site storage less of a luxury than a requirement.

Batteries are becoming part of the basic plumbing of AI, not an optional extra bolted on at the end.

Panasonic is not moving into an empty field. Chinese battery giants including CATL are racing into the same data-centre storage market, and the competition runs alongside the broader contest over the silicon inside those facilities, where Chinese firms are pushing domestic alternatives to Nvidia at speed.

The energy layer of the AI stack is becoming as contested as the compute layer.

The US plant is one node in a wider network. Panasonic Energy also plans a third plant in Mexico, with mass production likewise targeted for fiscal 2028, giving it North American capacity on both sides of the border.

The company has not detailed the Kansas site’s output volumes or named the data-centre customers it expects to supply, leaving the commercial specifics to emerge as production approaches.

What is clear is the direction: a battery maker that bet its future on cars is now placing a second bet, on the machines learning to think.



Source link

Recent Reviews