You must have heard about the power revolution in terms of smartphones, smartwatches, and smart wearable changing our everyday lives. The smart factor in our lives is instilled by a tiny tot that is a battery. The battery is the foundation of whatever happens in a sim card, sensor, or optimization. All the smart devices are useless in the absence of a battery.

While every single technical gadget is on a revolution mode and so does the batteries. With every new launch, we are seeing a new version of batteries, the most common battery i.e., lithium-ion battery. But the limited scope of lithium-ion batteries has compelled big companies to invest more in the research of a better replacement. Thanks to the graphene batteries that are forming their way at a smoother pace in the coming future.

Future of Electrical Vehicles

Since conventional vehicles depend on the intake of gasoline people have started shifting to electrical vehicles. In short, electrical vehicles have emerged out to be the cleanest mode of transport ever since their adoption and invention. Electrical vehicles pose a greater competition to conventional vehicles as they carry a lot of benefits to the buyers. Looking at the prospects of a bigger market for electrical vehicles in the future, big companies have started taking electrical vehicles more seriously.

If we talk about the common point of difference that makes electrical vehicles a better choice is their battery-operated feature. The battery-operated electrical vehicles do not depend on gasoline thus serving as a cost-effective mode of transportation. The only thing that has been pulling back the electrical vehicles from winning the race of technology in the recent past is the slow charging of the batteries of EVs.

Lots of research is going on to find the best alternative to fast charging of the batteries and it has been observed that graphene-based batteries seem to be at the forefront. It has been proved that there exists a super battery that contains curved graphene material that has a faster charging capacity. The supercapacitors made with the help of graphene material have been found to have the potential for fast charging via static electricity.

Potential of Graphene Batteries in FEVs

A battery is commonly composed of an anode, cathode, and lithium-ion batteries that carry graphene anodes in a general sense. Infusing graphene oxide in its reduced form has displayed hopeful results in leveraging the attributes of lithium-ion batteries.

Almost completely transparent, Graphene is a good conductor of electricity and much stronger than any metal. It shows resistance to gases and produces some amazing components when mixed with chemical composition. All these qualities of this wonder product allow the technology masters to trust the potential of graphene batteries.

Final Words

Undoubtedly the graphene holds the potential to make a place in lithium-ion batteries. Due to the recent researches that show that the addition of graphene in batteries of future electrical vehicles would subsequently add to the increased price of the vehicles. Furthermore, the concerns regarding better conductivity and safety while operating electrical vehicles are also raised.

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