Electric Cars Powered By Solid State Battery Can Go 500 Miles By 2024

  • Fisker Inc. filed patents for a new type of solid state battery technology. 
  • It can make electric cars go over 500 miles with 1 minute of complete recharge. 
  • These batteries would be 2.5 times more power-dense and would cost much less than their lithium ion equivalent.  

In November 2017, Fisker Inc. – the company behind the Tesla Model S-fighting EMotion – declared that they had filed patents for a new type of battery technology, which can push electric cars to more than 500-mile range, with 1-minute recharge time, by 2024.

The company didn’t elaborate much about this paradigm-shattering technology, but they did reveal what it could do. The new power storage technology would allow solid-state batteries to pack within more surface area, and have higher conductivity as compared to thin-film solid state electrodes. Also, the batteries could charge faster and work better in cold weather.

So far, low conductivity level has been one of the major issues blocking the industrial adoption of solid state batteries. According to the company, there are lots of challenges involved in bringing this new technology to market, for instance, building raw materials supply chains and setting quality control measures. It won’t be possible to do this until 2023.

If it’s successful, the batteries would be 2.5 times more power-dense as compared to their lithium ion equivalent, and would cost around 1/3 as much as lithium ions, to boot. But don’t get too excited, there are still tons of technical bottlenecks between where the current technology is and where it should be for production use.

fiskerImage credit: Fisker 

What Exactly Is Solid State Battery?

All electrical devices need better batteries, and it is believed that today’s lithium-ion battery technology has reached its almost-full potential. Solid-state batteries are now one of the leading alternatives. They replace the polymer or liquid electrolyte (present in lithium-ion batteries) with a solid. However, the challenge is to discover a new material that is conductive enough (as well as non-flammable) to be used in bigger batteries.


As we’ve mentioned above, they have higher-capacity, and smaller and cheaper than today’s lithium-ion batteries. Current batteries create a lot of heat, and are flammable, which means electric cars require lots of extra material to dissipate heat. Integrating solid state battery into an electric car would remove all those cooling elements, making much more space for larger batteries, and thus longer range.

Also, lithium batteries have short lifespans. Constant charge-discharge cycle erodes the battery performance, which is why 3-4 year old iPhones often struggle to get through a whole day of use on a single charge.

Solid-state batteries on the other hand, could increase this life-cycle from 3-4 years to 10 years. According to a Wall Street Journal article, this could even result in greater potential for devices recycling after being used in the vehicle, for example, in commercial energy storage or in homes.

In 2017, Toyota revealed plans to have solid-state batteries in their electric cars by 2020. In the same year, a British inventor James Dyson announced that his company will spend around $2.7 billion to develop a zero-emission vehicle, which may also use solid state battery technology developed by Sakti3.

Read: New Aluminum-Graphene Battery Can Be Charged In 5 Seconds

In December 2017, Solid Power, a leading developer of solid state batteries revealed that they are partnering with BMW Group to develop rechargeable batteries for electric vehicle applications. BMW Group will assist in advancing Solid Power’s technology to achieve levels of performance required for high-performance electric vehicles.

Written by
Varun Kumar

I am a professional technology and business research analyst with more than a decade of experience in the field. My main areas of expertise include software technologies, business strategies, competitive analysis, and staying up-to-date with market trends.

I hold a Master's degree in computer science from GGSIPU University. If you'd like to learn more about my latest projects and insights, please don't hesitate to reach out to me via email at [email protected].

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