Much of the conversation around India’s electric mobility transition has so far centred on major metropolitan markets such as Delhi, Mumbai, Bengaluru and Hyderabad. These cities have naturally been at the forefront of discussions around electric vehicles, charging infrastructure and sustainable transportation. However, the next phase of India’s EV growth could increasingly be driven by Tier-II and Tier-III cities, where mobility demand, urbanisation and economic activity are expanding rapidly.
India sold approximately 2.3 million electric vehicles in 2025, with electric two-wheelers accounting for around 1.28 million units and electric three-wheelers nearly 800,000 units. EVs accounted for approximately 8% of all new vehicle registrations during the year. Uttar Pradesh alone emerged as India’s largest EV market, recording more than 400,000 EV sales, or around 18% of national EV sales.
This reinforces an important characteristic of India’s EV transition. Unlike several international markets where electric cars have led adoption, India’s transition is being driven substantially by smaller, high-utilisation vehicle categories.
This also highlights why the EV opportunity extends well beyond India’s largest metropolitan areas. Smaller cities, emerging industrial centres, tourism hubs and rapidly urbanising towns are becoming increasingly important mobility markets.
The Geography of India’s EV Opportunity Is Changing
Tier-II and Tier-III cities are undergoing significant transformation, supported by industrial growth, infrastructure development, digital connectivity and rising consumer aspirations.
Their mobility patterns are also different from those of large metropolitan cities. In many such markets, two- and three-wheelers, shared mobility, para-transit and informal transportation continue to play an important role. These applications typically involve relatively predictable routes and high daily utilisation—conditions that can make electrification commercially attractive.
India is already one of the world’s most important electric three-wheeler markets, and this segment has particular relevance for Tier-II and Tier-III cities.
Electric three-wheelers can serve multiple requirements—from passenger transportation and first- and last-mile connectivity to urban logistics and small-business deliveries. Because these vehicles generally operate for several hours each day, reductions in energy and maintenance costs can translate directly into improved operating economics.
More importantly, as Metro rail, suburban rail, bus systems and other forms of organised public transportation expand beyond India’s largest cities, electric three-wheelers, e-bikes, e-cars and feeder services can provide the critical first- and last-mile layer connecting commuters with mass transit.
Economics Could Drive the Next Wave of Adoption
Affordability is key for both consumers and companies in developing cities when it comes to the uptake of electric vehicles. Although upfront costs are a consideration, decreased energy and maintenance costs may make the total cost of ownership very appealing… especially for electric three-wheelers, employee transport vehicles, and last-mile delivery fleets, which can be used a lot.
The scale of India’s two-wheeler market presents another significant opportunity. In FY 2024–25, electric two-wheeler sales reached 1.149 million units, representing a 21% increase over the previous financial year.
More recent industry data indicates that this momentum is continuing with electric two-wheeler retail volumes exceeding 112,000 units in February 2026, representing nearly 48% year-on-year growth.
As various options for financing are being transformed, we could see solutions like leasing, subscriptions and fleet-based mobility rising to help reduce barriers for the adoption of EVs in many smaller cities. For many drivers and fleet operators, the main challenge will not be whether they actually can buy an EV but rather how using electric mobility can help them make money.
Infrastructure Must Follow Mobility Patterns
EV infrastructure discussions often revolve around the number of public charging stations. Expanding the public charging network is important, but infrastructure planning must also reflect how different categories of electric vehicles are actually used.
As of July 2026, India had 52,718 public charging stations, of which 16,561 were equipped with fast EV chargers for cars, according to government data.
However, the charging requirement of an e-auto operating predictable urban routes is very different from that of an electric bus, delivery fleet or private electric car.
Tier-II and Tier-III cities therefore need charging infrastructure designed around their local mobility patterns. A combination of depot charging, destination charging, public charging, opportunity charging and strategically located fleet hubs may produce better utilisation than a one-size-fits-all model.
In many emerging cities, relatively better availability of land may also create opportunities to develop integrated mobility and charging hubs, particularly near railway stations, bus terminals, commercial centres, industrial clusters and other major trip-generation points.
Over time, renewable energy, battery energy storage systems and intelligent energy-management platforms can further strengthen this infrastructure and reduce pressure on the grid.
Technology Will Make Electrification More Scalable
The next phase of India’s EV transition will be determined not only by how many electric vehicles are deployed, but by how intelligently those vehicles are operated.
Electrification introduces new fleet-management requirements. Operators need visibility into battery performance, State of Charge, vehicle utilisation, charging cycles, route efficiency, maintenance requirements and driver behaviour.
Connected vehicle platforms, telematics, IoT and data analytics can provide this visibility in real time. Instead of reacting to vehicle breakdowns, operators can increasingly move towards predictive maintenance. Instead of manually allocating vehicles, technology can help match vehicles to routes based on available range, charging status and demand.
The opportunity becomes even more powerful when technology connects individual modes of transportation.
A commuter’s journey may involve an e-auto or e-bike to a railway or bus station, followed by mass transit and another first- or last-mile mode at the destination. Technology can eventually connect these journeys through integrated route planning, digital payments, real-time vehicle availability and multimodal mobility platforms.
This can be particularly valuable in Tier-II and Tier-III cities, where there is an opportunity to build connected mobility systems while the transportation ecosystem itself is still evolving.
An Opportunity to Build Future-Ready Cities
The impressive aspect about the Tier II and III cities is that their urban transport infrastructures can still develop. While big cities are trying to make sustainable transport systems out of their existing transport systems that were created many years ago, the new cities can bring electric mobility into their development from the very beginning. They can introduce EV infrastructure into the construction of new business, residential, and other places.
This opportunity becomes increasingly important as India’s EV market expands. The government has set an ambition for electric vehicles to account for 30% of new vehicle sales by 2030, while policy initiatives such as the PM E-DRIVE scheme have provided significant momentum to EV adoption and ecosystem development.
The transition will succeed most effectively when infrastructure, policy and commercial innovation evolve together.
Creating New Local Economic Opportunities
The rise of electric mobility can bring major economic possibilities for smaller cities, stimulating the need for technicians, charging operators, fleet managers, battery experts and software specialists. Businesses in a small city can create EV logistics, shared mobility solutions and commuter transport opportunities that are suitable for them. Nonetheless, it is critical to invest in targeted skills and technical training that prepare workers for the new mobility economy.
The Road Ahead
Scaling electric mobility across India will require coordinated action from governments, urban local bodies, power utilities, financial institutions, vehicle manufacturers, charging companies, technology providers and mobility operators.
India’s EV market has expanded dramatically over the past decade, but the next question is not simply how many EVs India will sell—it is where the next phase of adoption will come from and how effectively those vehicles will be integrated into the broader transportation ecosystem.
Tier-II and Tier-III cities have many of the characteristics required to become important growth engines for electric mobility: expanding populations, rising economic activity, relatively shorter urban travel patterns, significant dependence on two- and three-wheelers and the opportunity to build new infrastructure around future mobility requirements.
With the right combination of affordable financing, reliable charging, intelligent fleet management, multimodal integration and supportive public policy, these cities can move beyond simply adopting electric vehicles.
They can become the places where India demonstrates how electric, connected, shared and multimodal mobility can work together at scale.
