Long Distance Electric Cars Can Be Powered By An Energy Dense Battery in The Future

The innovation in the world of automotive never stops. Just recently, a business firm in Palo Alto, has taken a new ground in powering electric cars that can travel a thousand miles or more. This is scientifically referred to as the energy-dense battery. Let this article discover and share to you how this type of battery can make electric powered cars efficient, flashy and dominating as they travel down the road.

What is This Energy Dense Battery All About?
The energy dense battery is named as the Envia System lithium ion battery packs. To describe the new invention of a car battery that is energy dense, its inventors proudly say that the product roughly possesses two times as much energy per gram, as compared to other batteries in the market today. According to the co-founder and the chief technology officer of the company. Sujeet Kumar, “We have made a 40 ampere cell in a large format that automakers can recognize and use” and one that has been validated by independent energy density tests at the Naval Surface Warfare Center in Crane, Ind.

Energy Dense Battery

What Do Experts Say with the Envia System of Energy Dense Battery?
Furthermore, with an approved $4 million from ARPA-e the innovative Envia technology had been built on the basic foundation of a work done methodology at the Argonne National Library, which had finally concluded that if there is an inclusion of manganese in a mixed material for cathodes, a motorist can achieve better densities of energy for his or her vehicle.

In addition, a team of scientific experts had also shifted their studies to anodes. Anodes are the electrode from which lithium ions flow to produce the electric current. In this respect they had perfectly found out that if you are going to include the element of silicon in a conventional type of car battery, its performance will never be the same again.

Effects of Mixing Silicon and Carbon in an Energy Dense Battery
Thus, by mixing silicon and carbon altogether the vicious problem of silicon anodes to have the powerful capability of disabling the unique ways of batteries to charge and discharge, had already come to pass. Likewise, the said chemical bonding of silicon and carbon along with its interlacing fibers, the marvelous and genial team of Envia had asserted without doubt that the newest type of an energy dense battery can reach about 400 cycles and can still go a long, long way.

The scientific team of experts had said, ”Even if the silicon pulverizes in the first cycle, connectivity is maintained through the carbon fibers,” Kumar adds, though that impacts the voltage. On the other hand, the thermal runaway test requirement had been successfully passed by the Envia System, due to its thinner cells. If our readers are not aware of the thermal runaway process in most batteries, this is actually the capability of energy dense stored devices to burst when subjected to flame or extreme heat.

Energy Dense Battery To Power Electric Cars

The Advantages of the Energy Dense Battery from Envia
The slim, dense battery from the wonders of Envia can tremendously cut the needed number per vehicle into almost half. In terms of its consumption. the said battery is much cheaper at 125/kwh. To translate, that amount is actually less than half of the cost of today’s leading car in the market today. Also, the energy dense battery can boost the range of electric power vehicles, such as the Chevy from General Motors Company.

Similarly, the energy dense battery presumably has more kilowatts per gram, which can make the traveling mileage of an electric car farther than it used to be in the previous years. For instance, if you have a Nissan Leaf and an Envia energy dense battery, you might be able to achieve about 300 miles of travel capacity between Chicago and St. Louis on a $10 charge, rather than at  80 km of travel time, as of the present time.

How To Boost The Sales of an Energy Dense Car Battery in the Future?
Currently. the Envia team with genius minds are now planning to embark on a new scientific breakthrough that will further boost the sale of the energy dense batteries. This would be done through a multi-year actual car testing scheme by famous car makers across the globe. In this connection, Atul Kapadia, Envia chairman and CEO had said, “We are working with all the brand names [car makers] around the world.”

In summary, Kumar and the rest of the Envia family are expecting that the dense lithium ion battery will definitely revolutionize the world and industry of electric cars by effectively eradicating these three essential impediments: Cost, safety and range for the sake of mass adoption, especially in the coming years.

Category: Automotives, Technology