India is aggressively advancing toward its ambitious EV30@30 target, aiming for 30% of private cars, 70% of commercial vehicles, 40% of buses, and 80% of two- and three-wheelers to be electric by 2030 to combat severe traffic-related carbon emissions and smog. Backed by government initiatives like the FAME and PM e-drive programs, domestic manufacturing incentives for ACC battery storage, and declining battery prices, the country is rapidly scaling up its EV ecosystem. Uttar Pradesh has emerged as India’s second-largest EV market, spearheaded by Lucknow’s massive expansion in public charging stations, e-rickshaws, and electric public transit under the state’s 2023 EV policy. While hurdles remain—including reliance on imported lithium, grid dependency on coal, and a lack of established battery recycling programs—the transition promises massive economic savings, reduced oil imports, and significantly lower PM2.5 air pollution levels across cities like Delhi and Lucknow.
Environment Pulse Desk: India generates approximately 7% of all carbon emissions produced worldwide, with a large portion of those generated by vehicles traveling on its roadways. This is evident in the smog that covers Delhi during winter months, as well as in the traffic congestion that occurs in Lucknow at Charbagh station. Batteries are increasingly being viewed as a solution to reduce these issues.
This is India’s EV gameplan for 2030, and it goes well beyond cars.
The target: 30% electric by 2030
The government has set an ambitious EV30@30 target. By 2030, the government plans to have 30 percent of privately owned cars, 70 percent of commercially owned vehicles, 40 percent of buses, and 80 percent of two-wheeled and three-wheeled vehicles powered by electricity.
Today, we’re at approximately 6.5%, therefore there’s a gap. However, the momentum is also present. Approximately 1.7 million EV’s were sold during 2023-24, which was an increase of about 50% compared to last year, and Uttar Pradesh has become the second largest EV market in India after Maharashtra.
Following the money
The government’s “FAME” program continues to support electric mobility through subsidy programs. A larger development is the ₹18,100 crore “ACC battery storage” initiative, which intends to produce lithium-ion cells domestically as opposed to importing them. For much of its history, India was primarily reliant on China for batteries. In the past few years, companies like Tata, Amara Raja, and Exide have established manufacturing capabilities in both Gujarat and Tamil Nadu, and battery prices have decreased approximately 40 percent in the last three years.
The PM e-drive program will also make it easier for people to buy electric vehicles by providing subsidies of up to ₹10,000 per kWh for two-wheeled vehicles and up to ₹5,000 per kWh for four-wheeled vehicles.
“But where do I charge?”
All EV conversations in India ultimately come down to the same issue: Where will the car be charged?
The goal is to provide access to approximately 22,000 public charging stations throughout India by 2027, with at least one station located within 25 kilometers of each other along major roads. In terms of providing electric vehicle charging infrastructure, Lucknow, India, has grown significantly since 2021 when there were only 12 public charging stations available; today, the city has 142 public charging stations. Delhi, on the other hand, currently provides more than 1,900 public charging stations. Additionally, all new residential developments (housing societies) and commercial centers (malls) developed in Uttar Pradesh will be required to assign 20% of their total number of available parking spaces for use as electric vehicle charging stations.
The fastest way may be to use a battery swap. You will not have to wait for your car to be charged up for an hour. Instead, you can replace a dead battery with a fully charged one in less than five minutes. Sun Mobility and Battery Smart are now providing this service to electric rickshaw drivers in Lucknow.
What it means for the climate
A gasoline-powered vehicle produces approximately 4.6 tons of carbon dioxide per year. A battery electric vehicle (BEV) charged using solar energy produces almost zero emissions; whereas, a BEV that charges from an electrical grid that relies heavily upon coal-fired generation facilities produces approximately 1.2 tons of carbon dioxide per year — a reduction of roughly 75%.
If India is able to meet its 30% goal, then it would be possible to prevent the emission of approximately 1 billion metric tons of carbon dioxide (CO2) into the atmosphere by the year 2030. When you take into consideration the reduction in importing oil (which provides about 85% of India’s energy requirements), the potential savings in import costs may be up to 8 lakh crore rupees. This means that from an economic perspective, there is as great a need for clean energy as there is from an environmental perspective.
And last but not least, we have our lungs. A study conducted at IIT Kanpur states that electric vehicles can reduce the PM2.5 levels by approximately 20% in Delhi and 15% in Lucknow.
Lucknow’s moment
The impact of Uttar Pradesh’s 2023 EV policy (which provides a full road tax waiver, no registration fees and a ₹1 lakh incentive for car owners who purchase EVs in Lucknow) can be seen on the streets. Lucknow has approximately 50,000 e-rickshaws, one of the largest numbers of such vehicles in India. Today, these vehicles account for nearly 30 percent of the traffic in areas such as Gomti Nagar and Hazratganj.
The public transportation system is getting an upgrade with 1200 electric buses ordered by UPSRTC for routes connecting Lucknow, Kanpur, and Varanasi. The first 100 electric buses were put into service in Lucknow on June 2026.
The roadblocks
It isn’t all smooth riding.
India’s search for lithium in Jammu and Kashmir was successful, however the mineral isn’t expected to be produced until 2028, and therefore, India must rely on imported lithium to meet current demand.
A more environmentally friendly grid: While an electric vehicle (EV) that runs on coal-generated electricity produces fewer greenhouse gases than a conventional gasoline-powered vehicle, it will still produce more greenhouse gas emissions than an EV that runs on renewable energy.
The life of a battery is approximately 8 years, and India has not developed an effective recycling program for this type of waste.
The road ahead
One individual stopping driving their vehicle won’t fix climate change. Instead, climate change will be addressed by 1.4 billion individuals moving in a cleaner manner collectively.
On the other hand, consider how this affects people in real life: an e-rickshaw operator in Lucknow is able to earn ₹300 per day above what he would have had to spend on gasoline, and a child attending school will be able to breathe cleaner air as she travels to school each morning.
The old tagline for Lucknow used to be “Muskuraiye, aap Lucknow mein hain,” (Smile, you are in Lucknow). It seems like the new tagline writes itself: “Charge kijiye, aap Green Lucknow mein hain,” (Charge up, you are in Green Lucknow).
Also Read: Starting Small for a Greener Future
