Wear and tear are another one of the main causes behind battery drain. Screens and motherboards in the latest smartphones are better and more powerful, and they require a lot of battery juice to run. It’s the everyday phone activities that are most likely squeezing more life out of your team’s batteries than needed.Īpps that wake the phone screen, the ones that often get online for the updates, and even the high-definition phone screen itself are the likely culprits that empty employees’ batteries. There are numerous causes for battery drain. With the right app and all of the other battery-draining factors eliminated, its depletion can be minimized. Although checking location frequently ensures accurate, up-to-date position on the map, it can cause the battery to drop.Īgain, there are other factors that contribute to the battery drain, including weak signal, running battery-hungry apps, and an already worn-out battery. Refreshing Location at Regular IntervalsĪs time and attendance are tracked automatically with geofencing apps, they need to refresh employees’ locations periodically. In other words, the longer it takes for the app to pinpoint a location, it will consume more battery power. If the signal is weak, this process gets prolonged significantly, and it can last up to 12 minutes.ĭetermining location is the activity that eats up battery power. With a strong signal, this powerful technology takes about 12-30 seconds on average to find a location. It requires a minimum of 3 different satellites to determine a location. GPS tracking systems rely on satellites to identify a person’s location. How Do GPS-Based Apps Affect Phone Batteries?Īs to why any GPS app uses so much battery when the signal is weak, there are two functions this technology has to complete that can additionally consume phone battery. There are ways to counteract quickly using up battery power and help your mobile teams save on their battery life, which will be addressed later. If your remote workers are in an area with weak signal strength, the battery can deplete up to 38%. Under a good signal strength, GPS apps will shorten the battery’s life less - by 13%. For example, Wi-Fi availability and the mobility of your workforce can influence battery drainage.Īccording to research, GPS signal strength can play a major role in depleting battery life as well. In addition to the app itself, there are multiple factors that affect the battery life. Unfortunately, there is no simple answer to this question. With the workplace culture of BYOD (bring your own device), the workers want to know how much battery power a GPS tracker really consumes. This is yet another topic that mobile owners are interested in, especially those that need to have their location tracked for work purposes. Now that we’ve addressed the common myth about GPS tracking and battery drain, let’s cover another frequently asked question - how much battery does location services use. How Much Battery Does Location Services Use? So, let’s go more in-depth with this subject. They are also interested in the amount of power they require to operate. GPS tracking battery drain isn't the only concern of remote workers. Running the app in the background is one of the things your crew can easily do to save battery life. Sending out signals to satellites to pinpoint a location consumes battery power, but there are steps mobile owners can take to conserve their lives. GPS-dependent apps require battery power to function, but it’s the combination of multiple factors that can lead to battery overuse. So, does leaving your location turned on drain your battery? Let’s dive deeper into this topic! Concerns about GPS and geofencing features and their impact on mobile batteries are common among field workers.
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