In Stores Soon: Graphene-Enhanced Batteries That Charge In Minutes


In Stores Soon: Graphene-enhanced Batteries That Charge In Minutes

A majority of the smartphone industries are struggling with the problem of batteries. Current electronic gadgets usually work on Li-ion batteries that take a significant amount of time to charge. But with the latest invention in graphene-enhanced batteries, you don’t have to worry about waiting hours for your electronic devices to charge. Graphene-enhanced Li-ion batteries are the kind of batteries that charge in minutes. These batteries, once commercialized, have the capability to charge in minutes, thus saving a lot of time. Although the batteries are still in the final phase of tests, they are sure to bring a massive change in the electronic industry all over the world.

In Stores Soon: Graphene-enhanced Batteries That Charge In Minutes
In Stores Soon: Graphene-enhanced Batteries That Charge In Minutes

Advantages Of Graphene-Enhanced Li-ion Batteries

Graphene is considered as a wonder material due to the numerous real-life applications that it provides. When it comes to batteries, conventional batteries that operate on Li-ion cathode and anodes can be significantly improved when they are enhanced with graphene. Graphene is capable of improving battery attributes such as charging time, charge capacity, and charge cycles by a huge margin. For example, a standard Li-ion battery that is found in most appliances can sustain almost 500 charge cycles in its lifetime. On the other hand, graphene batteries can sustain more than 1500 charge cycles and are also capable of storing more battery than any other conventional battery that is currently available.

In Stores Soon: Graphene-enhanced Batteries That Charge In Minutes
In Stores Soon: Graphene-enhanced Batteries That Charge In Minutes

Construction Of Graphene-Enhanced Batteries

Graphene sheets, when introduced to Li-ion batteries, makes it capable of storing and conducting electricity efficiently. Both graphene batteries and standard Li-ion batteries utilize a similar type of construction. The major difference between both batteries is the type of electrodes. In a standard battery, the cathode is of solid-state materials that conduct electricity. While in graphene batteries, a composite of hybrid material that consists of both solid-state metallic material and graphene. The amount of graphene in the battery depends upon the performance requirements of the battery.

Bluetooth 5.0 Unique Music Eye Mask

In Stores Soon: Graphene-enhanced Batteries That Charge In Minutes
In Stores Soon: Graphene-enhanced Batteries That Charge In Minutes

This product lets you catch on your much-required sleep while you listen to your favorite tunes. The product is in the shape of a cap that covers your ears and your eyes to block out unnecessary distractions. The mask also supports Bluetooth communication and music so that you can listen and control your songs from your mobile phone. You can also receive and give calls while you wear this mask. The mask has a Li-ion battery that is capable of running for 10 hours straight if the product is used under 70 percent volume. The mask is elastic and is capable of fitting all sizes of heads.

Conclusion

With batteries that charge in minutes about to come in the market, we are about to see a significant change. You can find it in the electronic appliances industry, especially those that require batteries. Although graphene might be an expensive raw material, it will become affordable to commercialize them. With 1 kg of graphene costing almost $300,000, its price is dropping with each year.

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