The number of electric vehicles in India is steadily increasing, but charging infrastructure remains a major challenge in many areas, especially along highways, in rural areas, and in remote areas where adequate electricity is not available.
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To address this issue, the Ethanol EV Charger has been launched in India, which will charge electric vehicles using electricity generated from ethanol without relying on the traditional power grid.
It is being described as the world’s first ethanol-based EV charging system.
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What is the Ethanol EV Charger?
This new Ethanol EV Charger combines a 150kW fast charging system and ethanol-based power generation technology. This system first generates electricity using ethanol, and then uses that electricity to charge electric cars, SUVs, buses, or other EVs.
The biggest advantage of this technology is that it does not require constant connection to the traditional power grid. Consequently, EV charging stations can be easily installed even in areas where electricity availability is limited.
Launched in Telangana
This technology was introduced during the launch of Keto Motors’ first electric commercial bus in Telangana.
Union Minister G. Kishan Reddy stated that the company has developed a unique system that allows electric vehicles to be charged using electricity generated from ethanol instead of conventional electricity.
According to him, this technology could be a major step towards integrating India’s rapidly growing ethanol consumption and electric mobility.
How does it work?
Typical EV charging stations draw power directly from the electricity grid, but the Ethanol EV Charger’s approach is different.
In this system, electricity is first generated using ethanol. This electricity is then supplied to a 150 kW fast charger, allowing electric vehicles to be charged faster.
This system uses electricity, but the source of electricity is ethanol, not the conventional grid.
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Charging station will be ready in 72 hours
The biggest advantage of this technology is its installation speed.
While setting up a typical fast charging station takes considerable time due to the need for extensive power connections, transmission infrastructure, and numerous government approvals, this new Ethanol EV Charger can be operational in just 72 hours.
According to reports, this could reduce charging station installation costs and setup time by approximately 50%.
Could be a game-changer for highways and rural areas
There are still many areas in India where high-capacity power connections are not available. This is why the expansion of the EV charging network there is slow.
This ethanol-based technology could help rapidly deploy charging stations in such areas. It could be particularly beneficial in highways, remote areas, fleet depots, and industrial areas.
A Better Alternative to Diesel Generators
Currently, many remote EV charging stations use diesel generators when there is a power shortage.
The company claims that the Ethanol EV Charger can significantly eliminate this need. Its use can reduce carbon emissions by up to 80% compared to diesel generators, which will also have a positive impact on the environment.
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Why is this technology important for India’s EV infrastructure?
Simply launching new EVs is not enough to promote electric mobility in India. A strong charging network is equally important.
If the Ethanol EV Charger is successful on a large scale, it will enable rapid deployment of charging stations even in areas where electricity availability remains a challenge. This could accelerate EV adoption and strengthen the country’s green mobility mission.
Auto India Daily Verdict
The Ethanol EV Charger could prove to be a new beginning for India’s EV sector. This technology offers more than just a new charging station, but an alternative solution to the power infrastructure challenge.
If this system is successful on a large scale, it could rapidly expand EV charging networks along highways, in rural areas, and in areas with limited electricity.
This technology could play a key role in making electric mobility more practical, accessible, and environmentally friendly in the coming years.
Disclaimer: This article is based on available official information and claims shared by the company. Actual performance and commercial use will depend on extensive testing and deployment of the technology in the future.
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Raj Prajapati is a Senior Automotive Content Writer at AutoIndiaDaily. A B.Tech graduate in Computer Science and Engineering, he leverages over four years of experience covering Indian car and bike launches, EV tech, and market dynamics to break down complex automotive regulations into simple consumer guides. Specialising in Indian motor vehicle laws, IRDAI updates, and ownership costs, Raj translates technical auto policies into actionable advice for everyday drivers.