India Explores Aluminium-Ion Battery As Demand For Lithium Spikes

Highlights :

  • India seeks to develop Aluminium-ion Batteries for EVs.
  • IOC and Israeli firm Phinergy to develop Aluminium-Air systems in India.
  • Aluminium-air batteries are cheaper, safer, and have high capacity.
India Explores Aluminium-Ion Battery As Demand For Lithium Spikes

Being the third-largest oil importer in the world, in its drive to minimize dependency on oil and fuel imports, India is advancing in a battery technology that uses aluminum rather than lithium as the key ingredient.  

As far as Aluminum Battery is concerned, recently the Indian Oil Corporation (Indian Oil) has announced that it has established a Joint Venture (JV) with Israeli start-up company Phinergy which specializes in hybrid lithium-ion and aluminum-air/zinc-air battery systems. 

Based on domestically available Aluminium, the joint venture plans to manufacture Aluminium-Air systems in India. Under this technology, recycling of used Aluminium will help India in becoming “Aatmanirbhar” for energy requirements. The new Indo-Israeli JV also intends to develop fuel cells and indigenous hydrogen storage solutions for promoting green mobility.

India has few exploitable options to produce lithium, the key metal for the current generation of EV batteries, but its eastern jungles hold large reserves of bauxite, the ore used to make aluminum.

“Lithium is scarce in the country and we started scouting for an element which is abundantly available as a natural resource,” said Indian Oil R&D Director S.S.V. Ramakumar.

India is among the top 10 bauxite producers. It has some 600 million tons of the ore in proven reserves, according to the US Geological Survey, though India’s mining ministry estimates that untapped resources may be many times that amount. Moreover, the country has invested heavily in the production of aluminium over the years to become the world’s second-biggest smelter of aluminium.

In aluminium-ion batteries, aluminium ions provide energy by flowing from the positive electrode of the battery to the negative electrode. Rechargeable aluminium-based batteries offer the possibilities of low cost and low flammability, with leading to high capacity.

An aluminium-air battery could win advantages over its lithium-ion rival in three other crucial ways, It’s potentially cheaper, vehicles using it would have a longer range, and it’s safer.

How does the battery work?

The battery works by tapping electricity generated when aluminium plates react with oxygen in the air. It has one of the highest energy densities for a battery. But the system has a number of drawbacks like the cost of materials that need to be added to the battery to prevent the power from dropping and the fact that the cells can’t be recharged. Alternatively, Phinergy’s plan is for users to be able to quickly swap in a new battery and send the used one to a recycling facility as it takes just three minutes to replace the battery.

Comparatively, lithium-ion batteries often contain hazardous materials, making them harder to recycle. By 2035, the world will have accumulated about 4 millions of tons of Li-ion batteries that have reached the end of their lives, according to a BloombergNEF estimate.

However, demand both from electric transport and renewable energy storage means India could provide a market big enough for aluminium-air batteries to find a role. Battery demand will rise to as much as 185-gigawatt hours by 2035, according to BNEF.

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Bhoomika Singh

Bhoomika is a science graduate, with a strong interest in seeing how technology can impact the environment. She loves covering the intersection of technology, environment, and the positive impact it can have on the world accordingly.