Sodium-ion batteries may dethrone lithium-ion batteries soon: Details here

  • Sodium-ion batteries have several advantages over traditional lithium-ion batteries.
By : HT Auto Desk
| Updated on: 07 Dec 2021, 15:22 PM
Constant development in battery tech is likely to enhance performance while possibly bringing down costs. (Representational image)
Constant development in battery tech is likely to enhance performance while possibly bringing down costs. (Representational image)
Constant development in battery tech is likely to enhance performance while possibly bringing down costs. (Representational image)
Constant development in battery tech is likely to enhance performance while possibly bringing down costs. (Representational image)

Even two decades ago, driving an electric vehicle used to be something out of science fiction books. However, the story is completely different in 2021. While lithium-ion batteries are predominantly being used as the power source for a wide range of electric vehicles, there are other different battery technologies as well.

(Also Read: Bounce Inifinity E1 vs Ola S1: Which offers the most attractive proposition?)

Several auto manufacturer, battery technology developers and startups are working on new battery technologies that are more efficient, offers a longer range and have higher power density compared to conventional batteries. While conventional and widely-used lithium-ion batteries are playing a vital role in the development of electric vehicles, they are very expensive to produce and unstable in high temperatures.

As the researchers and battery manufacturers are searching for more sustainable replacement materials for lithium, one alternative is making quite a buzz - sodium. In the periodic table, lithium and sodium are neighbours, which means they offer similar properties and can both be used for battery cell manufacturing.

Sodium-ion batteries can offer some crucial advantages to EV manufacturers and consumers - sustainability, affordability, and increased safety. However, the energy density in sodium-ion batteries is lower than lithium-ion counterparts. Though this issue is likely to be improved over the next few years with constantly improving technologies.

This is why several battery manufacturers are exploring the possibility to use sodium-ion batteries in the upcoming electric vehicles, in place of the traditional lithium-ion batteries. Here are three key reasons why sodium-ion batteries can become a suitable alternative to lithium-ion batteries.

1

Availability

While lithium's availability is scarce across the world and concentrated in a few specific regions, sodium is a common element available in plenty of amounts and across the world. Sodium is usually mined from soda ash and can be found anywhere. It can be found even in seawater as well. Sodium is the seventh most abundant material in the world and in comparison to lithium, it is available 1,200 times more. The rich availability and even distribution of the material around the world make the case in favour of sodium as a battery cell element.

2

Affordable

Sodium's abundance makes this material much cheaper than lithium. The element costs less to extract and purify compared to lithium. Sodium-ion battery cells can be manufactured with ample metals such as iron and manganese. Lithium-ion batteries on the other hand require cobalt, which is limited in reserve and distributed across the world in an uneven manner. Also, cobalt is highly expensive to obtain and comes as the most expensive part of EV batteries. As sodium-ion batteries can be built using existing battery equipment, production too will not cost a hefty amount, as there won't be massive redesigning effort.

3

Safer

Sodium-ion batteries offer better performance and can operate at a wider temperature range. They work much more efficiently in cold environments, compared to lithium-ion batteries. Another advantage of sodium-ion batteries over lithium-ion batteries is they are nonflammable and there is no thermal runaway. This means the risk of battery catching fire is less. The safety risk during transit is also nil. Manufacturers can transport the sodium-ion batteries with battery terminals connected and voltage held at zero.

4

Lightweight

Sodium-ion batteries are lightweight compared to lithium-ion batteries. This means, that sodium-ion batteries will ensure more efficient and agile handling of electric vehicles.

Similar Cars

Find More Cars
Tata Tigor Ev (HT Auto photo)
Tata Tigor Ev
Electric | Automatic
₹11.99 - 13.14 Lakhs**Ex-showroom price
Tata Altroz Ev (HT Auto photo)
UPCOMING
Tata Altroz Ev
 
₹12 - 15 Lakhs* *Expected Price
Tata Nexon Ev (HT Auto photo)
Tata Nexon Ev
Electric | Automatic
₹13.99 - 16.85 Lakhs**Ex-showroom price
Tata Nexon Ev Max (HT Auto photo)
Tata Nexon Ev Max
Electric | Automatic
₹17.74 - 19.24 Lakhs**Ex-showroom price
Mg Zs Ev (HT Auto photo)
Mg Zs Ev
Electric | Automatic
₹21 - 24.68 Lakhs**Ex-showroom price
Mg Zs Ev 2022 (HT Auto photo)
Mg Zs Ev 2022
Electric | Automatic
₹21.99 - 25.88 Lakhs**Ex-showroom price
FOLLOW US:Stay Updated with latest content - Subscribe us on
FOLLOW US:Stay Updated with latest content - Subscribe us on
First Published Date: 07 Dec 2021, 15:21 PM IST
Recommended For You
View All
NEXT ARTICLE BEGINS

Please provide your details to get Personalized Offers on

Choose city
+91 | Choose city
Choose city
Choose city
By clicking VIEW OFFERS you Agree to our Terms and Privacy Policy

Dear Name

Please verify your mobile number.

+91 | Choose city