What Does the 21st Century Hold for the Electrifying Potential of Batteries

What Does the 21st Century Hold for the Electrifying Potential of Batteries

Auth Anushka Agarwal | Apr 21,2020

We all know what batteries are and their functions along with the enumerable benefits it offers. Whether it is your clock or your remote, you always need an extra pair of batteries in your store, just for the sake that you never lose power.

Well, have you ever considered researching a little bit before you bought a pair of batteries?

Probably not!

Well, that’s what most people do. They take whatever is available in the nearest store. But, in reality, you should concern with the best specs available, amongst the different battery brands, and then make a decision.

Actually, people don’t make a big deal when buying AA rechargeable batteries or AAA rechargeable batteries, which brand is it, how many recharge cycles it offers, can you find them any better batteries for the same price, and other important questions. What you need to understand is, that batteries are a really important purchase, so choose wisely.

Batteries are no longer required only to power the devices; they have a lot more potential and can offer immense applications to humankind. This is why their role is being studied in automobiles and how we can move forth in shaping the industry with the electric potential of the batteries.

The following are the five most important considerations that can be expected from the 21st century for the multitude of applications from batteries.

Lithium-Ion Batteries Will Power More Applications, Moreover, Electrify Everything

2019 really paved the way for the future that was held through the power of batteries. Even the Nobel Prize Committee understood the immense potential that batteries hold and deciphered its long future. The 2019 Nobel Prize in Chemistry was awarded to the progress in the field of lithium-ion batteries in the past four decades. From the laboratory experiment in 1970s to their ubiquitous use in the consumer devices, batteries have come a long way. They are also making inroads in the areas of transportation and grid storage applications.

2020 is the decade when India has been signed for the 10,000 EVs by Amazon, used as a part of its fleet, by 2025. Also, the year is going to witness a rise in research experiments constructed to better its production, and employ them for usage in bigger appliances. Most of the renowned automobile companies have already started experimenting with the use of batteries in sports cars, sedans, SUVs, and light trucks. Companies that will adapt to the changing demeanor of the automobile industry will be successful in the coming years.

As far as the industrial applications are concerned, smaller unit volumes of applications will increase the proliferation of lithium-ion batteries. As communities seek cleaner air, burning of anything powered by fossil fuels is going to decline.

Batteries Will Be Optimized by The Manufactures

With the increasing uses of batteries, it comes forth a responsibility to optimize its capacity, size, cycle life and charging time to the target application. Employing batteries in the electric fleet is going to include different designs. Batteries backed up by solar power are also being tested and will soon achieve a commercialized status in the market. People buying electric vehicles will learn how to make informed choices about its batteries. They will start understanding the difference between kWh ratings as well.

Battery Prices Will Decline but As A Slower Pace

When the market need increases, the price decreases. This practical market law will even work correctly for lithium-ion batteries. Since battery-powered vehicles will become a reality, the scale, increased volumes, and a dominant battery manufacturing in China will turn into practical considerations. To improve the profitability of the EV models, auto manufacturers will increasingly apply traditional cost principles to their battery supply chain. There will be further developments in search of more advanced materials, to fulfill ideas like higher energy density, low cost, and higher penetration in the market.

Batteries Will Become Safer To Use

Since batteries will add more applications to it, other than those including smartphones and laptops, batteries will become a safer technology. Strict inspection checks will be performed at the manufacturing site of the batteries, to welcome a safer and intelligent battery management system. Overall, the use of battery for various tasks will improve.

Governments Will Play A Part in Regulating The Recycling Of Lithium-Ion Batteries

Recycling of lithium-ion batteries is no longer associated with environmental safety, but also with the reuse of recycled materials. From the mining of the raw materials required for the batteries production to the disposal of the depleted batteries, if economic recycling methods are not devised, it will strangle the existing resources and the environment. Therefore, the government of the various countries will step in to solve issues related to its recycling and safe disposal.

Wrapping it Up

Prominent battery manufacturers like SmartCell batteries are doing their part in improving the condition of already existing batteries with their low cost, more power, and safer products.

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