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The Battery Revolution. Ultra Fast Charging


The Battery Revolution. Ultra Fast Charging

Representing the battery breakthrough that is ready to commercialize and promises much more battery capacity for our smartphones and electric vehicles and extremely fast charging. So, the price of electric vehicles will be very close and even lower than conventional gasoline-powered vehicles very soon to provide a clean and quiet future.


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This Revolutionary 450 kW Super-Fast Charging Tech Could Change Electric Cars Forever

The time it takes to recharge from empty to full has always been something of an Achilles heel for electric cars. Even rapid charging as powerful as Tesla's Supercharger technology still takes far longer to refuel a car than it does to fill up with gasoline or Diesel.

That fact has -- and continues -- to put many people off buying an electric car.

Yet last week, Porsche and BMW, working as part of a consortium in Germany dedicated to the development of fast charging for electric vehicles, demonstrated a next-generation prototype which could add as much as 100 kilometers of range (62 miles) in just three minutes. That's far faster than any commercially-available charge tech in use today.

At that kind of speed, charging sessions on the go could rival that of filling up with liquid fuel. And that, we think could help the transition to electric vehicles -- at least, if the technology isn't detrimental to the car and its battery pack.

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Fast-Charging Battery, Renault Group Hit by Cyber Attack - Autoline Daily 2109

0:34 Renault-Nissan Hit by Cyber Attack
1:13 Toyota Considers New Battery Plant
1:59 New Battery Can Be Recharged In 5 Minutes
3:07 GM Improves Supplier Relations
4:00 First Look: Nissan Rogue Sport
6:15 The Mind Behind the 1st Fuel Cell Car

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nawa technologies revolutionizes energy storage with new ultra fast carbon battery.कम समय में तेजी से चार्ज होगी नई तकनीक पर आधारित बैटरी|NAWA MADE BATTERY FULLY CHARGED IN 20 SECOND .

NAWA Technologies has developed a new generation of batteries that can be recharged in seconds for up to a million cycles
More efficient and powerful than lithium-ion cells, NAWA Technologies’ Ultra Fast Carbon Batteries are also safer and more eco-friendly to manufacture
Based on the principle of the ultracapacitor, NAWA Technologies’ Ultra Fast Carbon Batteries feature vertically aligned carbon nanotube electrodes
NAWA Technologies has pioneered a unique coating for these nanotubes and as a result its batteries can offer five times higher power density than existing ultracapacitors
NAWA Technologies has also pioneered a specialised nano-manufacturing process and has entered low volume pilot manufacturing
Key markets for Ultra Fast Carbon Batteries include automotive, industrial, defence, aerospace, power tool and personal mobility
NAWA Technologies’ innovations could also play a key role in managing energy across the smart electricity grid
For more information, see
A global revolution is taking place in energy storage. NAWA Technologies, a pioneering company based in the south of France, has developed the next generation of battery, an innovative solution that sets new standards for charging speed, frequency and environmental friendliness.

Called the Ultra Fast Carbon Battery, NAWA Technologies’ energy storage solution can be charged and discharged within seconds. And it can do so over a million cycles without any loss in performance, far in advance of conventional lithium-ion batteries which take minutes, sometimes hours, to fully charge and typically have 5,000 cycle limits.

Based on the principle of the ultracapacitor, NAWA Technologies’ Ultra Fast Carbon Battery takes existing technology to the next level, capable of storing up to five times more energy than existing ultracapacitors.

NAWA Technologies has a unique blend of expertise. Its COO Pascal Boulanger spent 20 years at the CEA (French Atomic and Alternative Energies Organisation), working across a variety of fields including nuclear energy, solar photovoltaics and smart grids. In 2008, he joined one of the first R&D teams in Europe working on new nanocarbon structures: carbon nanotubes and graphene.

Within two years the team of researchers had shown that nanomaterials could be produced on a large scale and at a competitive cost. And in 2013 NAWA Technologies was born, spun off from the CEA, creating 25 jobs in Rousset, in the south of France.

Co-founder of NAWA Technologies is Sales and Marketing VP Ludovic Eveillard, who has held various senior positions in R&D with companies such as Honeywell. Technical Director is Harald Hauf, who has 23 years experience in the semiconductor and solar photovoltaic industries, while General Secretary is Veronique Goudet who brings with her huge experience in management, having worked in finance for Deloitte among other companies, and is a trained lawyer.

Ulrik Grape has recently joined as CEO bringing over 20 years of executive management experience in lithium-ion battery industry start-ups in both Europe and the US.

The founders’ vision has been to marry ‘nano’ and ‘clean’ technologies. Carbon is NAWA Technologies’ material of choice because it is abundant, accessible and natural. The company’s manufacturing process minimizes the environmental impact while its products all have a second life and are recyclable. Because NAWA Technologies Ultra Fast Carbon Batteries are carbon-based, they do not suffer the same thermal issues as conventional storage systems.

There is a significant difference in the way the batteries store electricity too. In a regular ultracapacitor, there is a purely electrostatic reaction, while with a lithium-ion battery there is a purely chemical reaction. NAWA Technologies’ combination of vertically aligned carbon nanotubes, a unique coating and a chemical electrolyte, allows its Ultra Fast Carbon Batteries to sit between regular ultracapacitors and lithium-ion batteries, offering huge potential.

That means higher-energy density and higher-power than regular ultracapacitors. They are also cleaner, safer, more reliable and kinder to the environment than current storage systems.

NAWA Technologies has its own low volume pilot production line and a range of products. NAWACAP Energy can store three to five times more energy than current ultracapacitors while retaining the same power characteristics. NAWACAP Power achieves power densities more than five times higher than existing ultracapacitors.

Revolutionary New Lithium Ion Battery Technology - Zero to 200 miles in 5 minutes?

A team at Penn State University this week published a paper detailing a revolutionary new battery management system that allows 200 miles of range to be added to a lithium ion EV Battery in just over 8 minutes, with a predicted production version charge time of 5 minutes. And their methodology is surprisingly counter-intuitive. This week we take a look at their discovery.

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Yes, Batteries Are Our Future. Here’s Why.

In this video we'll take a look at the new emerging battery industry.

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Graphene Super Capacitor || Graphene Battery || Ultra Fast Charging Battery

What is graphene super capacitor Battery? How much powerful it is? The most amazing thing about this semi-metal of the future. Ultra Fast Battery Charging Super Capacitor.
Let's have a look what is inside of super Capacitor.
Find out what the graphene super capacitor is and what its made of aswe carefully open its made of, as we carefully opene it all up for you ¦ see what makes this super capacitor so super & whey is this the world's best power bank and semiconductor
The graphene super capacitor battery will truly amaze you as the worldwide uses for this semiconductor are endless | watch supercapacitor VS power bank now for some astonishing results about this awesome semi - metal of the future

The Battery Revolution! Innovative Battery Breakthroughs And Application Revealed

While smart home tech, smartphones, and even smart wearable gadgets are growing even more advanced, they're still limited in power and capacity. But we're on the verge of a power revolution. Because as time moves on, we are entering into a new era where many inventions and breakthroughs are showing up one after another and one of those breakthroughs include batteries which are now becoming even more advanced.

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In this video, you will see 6 examples of Innovative Battery Inventions revolutionizing energy.

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Ultra-Fast Charging of Power Tool in 11 Minutes

*Please see disclaimer below.

Watch as we charge a DeWalt 20v battery pack to 100% in 11 minutes vs. 36% with conventional charging.
Most batteries can be charged fast, but the faster you charge a battery, the faster it degrades. To avoid irreversible damage, manufacturers limit the charging rate, which is costly and inconvenient for the user.

At GBatteries, we’ve developed an innovative way to charge batteries based on adaptive pulses as an alternative to CCCV, enabling fast charge without compromising the health or life of the battery.

Our charging protocol is called ChargeSense. Benefits of ChargeSense:

• Ultra-fast Charge
• Better Heat Management
• Longer Battery Life
• Less Degradation
• Endless Applications

Learn more at


DISCLAIMER: Please do not try this at home as it may be unsafe; ultra-fast charging was done using GBatteries technology.

Matt Geiger - Nickel A Big Winner For The Electric Vehicle Battery Revolution

SBTV speaks with Matt Geiger, Managing Partner at MJG Capital, about how the electric vehicle megatrend becoming mainstream and why nickel will be a winner for electric vehicle adoption. We asked Matt if EVs are an easy sell to consumers and how one can invest in nickel early in the electric vehicle megatrend.

Discussed in this interview:
02:42 The electric vehicle megatrend.
07:59 Appeal of electric vehicles to consumers.
10:18 Race to build electric vehicle batteries.
15:10 Nickel-rich EV battery chemistries.
20:20 Role of nickel in EV batteries
22:20 Only class I nickel usable for batteries.
25:11 Possible for class I & II to be priced separately.
28:07 Nickel price compared with lithium and cobalt.
34:12 Could nickel be replaced in batteries?
35:12 How can one invest in nickel?

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Fast Charging Lithium-ion Battery Technology Explained

In the New Lithium Ion Battery Technology, cobalt oxide in the cathode is replaced with vanadium disulfide (VS2). LiVS2TIS2 Cathode can be used for fast charging in Lithium batteries.

Nikhil Koratkar, Professor of Mechanical Engineering and Materials Science at Rensselaer Polytechnic Institute made this good news happen.

How does this new lithium technology work?

In a normal lithium ion battery, the anode is made of graphite, the cathode is made of lithium-cobalt oxide.

But, in the new discovery, cobalt oxide in the cathode is replaced with vanadium disulfide (VS2)

This cathode gives high energy density because it is light, and gives you a faster filling capability because it is very conductive.

However, their team found there is an asymmetry in the Vanadium atoms during lithium ion insertion, they called it
as Peierls distortion responsible for VS2 flakes.

The team found that covering the flake with a layer of titanium disulfide coating (TiS2) can stabilize the VS2 flakes.

So, replacing cobalt oxide with VS2TIS2 can work with high specific capacity or store a lot of charge per unit of mass.



The future of battery technology is here, wireless charging, fast charging, innovative new batteries. All of these would bring tremendous change to various industries. If you want to know more about the future of battery technology, take a look at the references I used in this video below:

The future for battery

Wireless charging

Fast charging

Long last batteries

List of Start-ups that works on better battery

Electric cars tax saving and government grants

Thanks for watching and till Next time.

New Battery technology that lasts decades, Lithium Titanate Oxid - LTO

A battery with a lifespan of a human being? Yes, with up to 30 000 cycles, it may serve you 82 years (one cycle per day).

Lithium-based technology:
Lithium titanate (Li4Ti5O12, referred to as LTO in the battery industry) is a promising technology for applications with high requirements like high charge and/or discharge current rate, long lifetime and extreme temperature conditions.

Safety, stability:
LTO offers advantages in terms of power and chemical stability. The LTO based batteries have lower voltage: between 2.8V and 1.5V (the nominal voltage is 2.3V). Nevertheless, the lower operating voltage brings significant advantages in terms of safety.

Fast charge and discharge:
Further, these batteries can be charged fast. Data shows that these batteries can be safely charged at rates higher than 5C. This means the battery can be charged in less than 10 minutes. The maximum charge and discharge rate is 10C so in this case, it is 400A!

High efficiency:
The LTO based batteries also have a wider operating temperature range and a recharge efficiency exceeding 98%.

Wide operation temperature range:
LTO based batteries provide much better low-temperature performance compared to carbon-based batteries. The operation ambient temperature range is from -50°C to 65°C.

Extreme durable life-cycle:
The large cycle life and high rate capability of LTO based batteries also bring unique advantages in applications where maximal cycle life is required. Using those cells properly you can easily exceed 30,000 cycles lifetime.

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Full Charge in 5 Seconds - Battery of the Future!!!

Namaskaar Dosto, is video mein maine aapse bahut hi kamaal ke concept SuperCapacitor ke baare mein baat ki hai, iske latest advances, UCF ke researchers ki latest approach, aur aapko milega 5 Seconds mein full charge hone waala phone. Mujhe umeed hai ki aapko super capacitors ke baare mein yeh video pasand aayega.

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Electric Cars: AC and DC charging of electric vehicles

Learn the basics of electric vehicle charging. What is the difference between AC and DC charging? What is fast charging? Take the course, test yourself, and earn a certificate on

Prepare for the future of electric mobility by learning about the newest technology, business models, and effective policy making to stimulate the industry.

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Top 8 Fastest-Charging Electric Cars to Buy for Long-Trip Convenience

After years of research and development, we can finally say that electric cars are a thing of today. Although there are still things that manufacturers have to address: the buying price that needs to become more affordable, the range that still can be improved by more efficient, latest generation battery packs, and the need to develop better charging infrastructure, electric vehicles are slowly becoming more common on the roads and more drivers are willing to switch to them.

Many drivers, who have already have experience with EVs, point out that the prices and the overall autonomy don’t seem to be the biggest issues for an EV owner, it’s the charging time and the need of better infrastructure that need to be improved. That is why many car companies are investing heavily in their own, fast-charge stations and at the same time are looking into making their battery packs smaller, more efficient and suitable for supercharging.

There are even attempts at using nano-technology in battery production and the creation of solid-state batteries that are supposed to turn the industry on its head and significantly improve recharging times: instead of waiting for hours, you will have to wait for minutes.

This video shows some new electric cars that have the fastest charging times and great range autonomy. All information that was used in the creation of this presentation was obtained for educational and illustrative purposes only.

Modern electric vehicles are already great, they have incredible acceleration speeds, driving range that is suitable for longer trips and batteries that support fast charging rates. But there is still room for improvement, as drivers want their EVs to be even faster, run for more time without stopping and charge at speeds that even exceed Tesla’s supercharging rates.

NAWA Technologies' Ultra Fast Carbon battery: the next generation of the ultracapacitor

A revolution is happening in energy storage. NAWA Technologies’ Ultra Fast Carbon Batteries are the next-generation of the ultracapacitor, featuring vertically-aligned carbon nanotube electrodes.

Combined with a pioneering unique coating they can offer five times more power than existing ultracapacitors or five times more energy, depending on application.

Setting new standards for charging speed, frequency and environmental friendliness, NAWA Technologies’ Ultra Fast Carbon Battery bridges the gap between existing ultracapacitors and more traditional lithium-ion batteries.

Capable of being charged and discharged within seconds over a million cycles without any loss in performance, the batteries are also environmentally friendly to produce and have exceptional second life usage, because they are based on carbon – a naturally-occurring, accessible and abundant material.

NAWA Technologies’ new Ultra Fast Carbon Batteries have multiple uses, from the power tool and manufacturing sectors, to automotive and commercial vehicle markets, within the IoT and sensor sectors as well as playing a key role in managing energy flow in a smart grid, to aerospace and even space.

What Really Happens To Old Electric Car Batteries?

Are electric car batteries recycled? Can batteries be re-used? Are electric cars better for the environment? Sponsored by Formula E
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What happens to old electric car batteries when they wear out? Can electric car batteries be recycled, re-used, and is any of it cost effective. In this video we look at not only road cars but also race cars, and learn about what happens to electric car batteries after they can no longer provide a useful charge. We'll look at the Nissan Leaf, as well as what Formula E plans to do with the batteries from Seasons 1-4.

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Ultra Fast DC Charging with ChargePoint

Express Plus was designed to meet requirements for ultra-fast DC charging today and well into the future with a unique platform architecture that grows with demand. Station owners can start small and expand to the highest charging capacity in the industry without any stranded investment by adding Power Modules, Stations and Power Blocks as demand increases.

For everything you need to know about electric vehicles and EV charging:
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