They can be brought to specialized battery recyclers, participating retailers that provide battery takeback services or local household hazardous waste collection programs. Management requirements are based on the battery’s chemistry. These batteries are commonly used in products such as watches, hearing aids, car keyless entry remotes, medical devices and calculators.īutton-cell or coin batteries can be a potential swallowing hazard store them out of the reach of young children. Today, the majority are made of lithium metal.These small, round batteries have historically contained silver, cadmium, mercury or other heavy metals as their main component.Some of her favorite video games include Stardew Valley, The Witcher 3, and pretty much anything with Link or Mario in it. When she’s not writing, you can usually find Sarah baking something delicious, hiking up a mountain, or playing video games. Though she is still writing for Android Authority, she went on to start writing for MakeUseOf, KOINO IT Solutions, and, of course, Review Geek. In April 2020, she started writing for Android Authority, covering listicles, helpful how-to's for Android devices, and content on the Nintendo Switch, PlayStation 5, and Xbox Series X/S. The one that stuck was her gaming blog that launched in August 2019. Over the past few years, she has launched various personal blogs. Sarah has an Associate of Arts from Collin College and a Bachelor of Arts in English with a Creative Writing concentration from Nicholls State University.Īlthough Sarah earned her Bachelor's Degree in December 2020, her writing experience goes back further than that. Sarah Chaney is a professional freelance writer that writes regular content for How-To Geek. Before you get consumed with choosing between standard and rechargeable batteries, think about how much you use them in general. Do you remember when the last time was you had to change the batteries in your remote? Many devices nowadays come with a built-in battery that recharges via a USB cord and a wall outlet. It's also worth thinking about what items in your home currently require batteries. Related: When Buying Gifts, Don't Forget the Batteries and Cables So when using a device that's constantly using power, you might find yourself recharging the batteries more often than you'd like. Also, rechargeable batteries lose total capacity the more times they're recharged. Rechargeable batteries, on the other hand, start at a lower voltage and maintain that low output for longer, which can result in weird or inconsistent performance in a device. These batteries start out at a higher voltage and drain at a consistently predictable rate. Alkaline batteries are the better choice if you have electronics that need a constant draw of low power, like a wall clock, bike light, or head lamp. There's another instance where alkaline batteries win out over rechargeable batteries. This might mean rotating out your batteries every month, even if they're still at a 50% charge. Without fairly regular use, rechargeable batteries won't be able to function as well. You'll also want to constantly use your rechargeable batteries. It's better if you charge them when they hit about 20% capacity rather than waiting until they fully run out of juice. The same concept can be applied to rechargeable batteries. You might've heard that letting your phone die or overcharging your phone can lead to the battery losing its ability to hold a charge as well. Even if you have a smart charger, you should still take your batteries out when you realize they're fully charged, or even better, almost fully charged.Ĭharging a rechargeable battery follows a lot of the same protocols as charging a smartphone. Smart chargers recognize when the battery is full and either cut off charging or switch to trickle charging until you can take them out of the charger. Speaking of chargers, try to get a smart charger that will prevent overcharging. Protons are positive particles, electrons are negative particles, and neutrons are neutral particles with no charge. Although it seems like protons, electrons, and neutrons were defined multiple times throughout grade school, here's a refresher. Then, an atom is made up of particles called protons, neutrons, and electrons. Going back to very basic science, a battery, like everything else in life, is made up of atoms. If you already know how regular batteries work, you can skip ahead a little bit if not, check out this short explanation. To understand how rechargeable batteries work, you first have to know how a standard (one-time use) battery works. Those few differences, however, make rechargeable batteries way more efficient, energy-conscious, and cheaper in the long run. There are a few key differences between a rechargeable battery and its standard cousin, but the core process required for a battery to power a device is the same.
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