![]() ![]() Electric cars are one of the driving forces behind battery research in recent years the desire to drive further between charging up is universal in this growing industry! That means that oil-guzzling automobiles will be a thing of the past, replaced (hopefully) by electric cars and a global society that is more environmentally conscious. On the horizon is a world where we have severed our dependence on fossil fuels. You will find lithium-ion batteries in most laptops and cell phones now, which can be extremely small, while also holding a charge very efficiently. ![]() The leader in the industry right now is lithium-ion batteries, which are secondary batteries that can be recharged again and again. Imagine the billions of smartphones in pockets all around the world, not to mention laptops and tablets! We expect our devices to be reliable and powerful, as well as portable and convenient, which has meant a resurgence in battery development technology. What Will the Future of Batteries Be Like?Īs we continue to progress technologically and socially, our need for mobile energy has increased. Their naming system was simple: A, B, C, D, E. Instead of hundreds of different product-specific batteries, there would be a much shorter list. This was obviously inefficient, so the head honchos of the battery industry, along with various government agencies and manufacturers, decided to standardize battery sizes. ![]() Unfortunately, this led to hundreds of different batteries being produced that were only good for a limited amount of objects. A submarine would need more power than a hearing aid, don’t you think? Therefore, people began developing batteries that were customized to the power requirements of their inventions. Well, common sense would tell us that powering larger, more complex objects would require more power. Think of the energy consumed or expended by most of those devices… a pretty wide range, right? You have a battery in your car, lawnmower, alarm clock, watch, smartphone, television remote, and hearing aid. Given the broad use of and dependence upon electricity in our modern, on-the-go, technologically tuned in world, we have had to create a vast array of different batteries to effectively store and discharge energy for a huge variety of tasks. It begs the question, why are there so many different types of batteries? Aren’t they all doing the same thing? Each battery is labeled with a different letter, it seems, AA, AAA, C, D…the list goes on and on. The problem is, whenever you go to find a new battery, you need to sift through batteries of all different shapes and sizes. Who knows, maybe you even have a cat in there! Somewhere in your house, there is a drawer that “catches” all the junk that doesn’t have a proper place – pens, keychains, unidentified receipts, matchbooks, and of course, batteries! Although most of our newest technologies have internal batteries (smartphones, tablets etc.), there are still thousands of products and devices that require traditional batteries, so it’s a good thing we have that junk drawer. Batteries are designed to store and discharge energy, and the type of battery depends on the amount of energy required by the device. The different types of batteries are a result of the different power requirements of the devices they are meant to power. What Will the Future of Batteries Be Like?. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |