India’s electric vehicle (EV) industry is entering a decisive phase. What began as a transition driven by early adopters, government incentives and urban mobility needs is evolving into a broader industrial transformation involving vehicle manufacturing, battery technology, charging infrastructure, research and development, and employment.
As India approaches 2027, the next phase of growth will not be determined by vehicle sales alone. States that can connect consumer demand with manufacturing capacity, reliable charging infrastructure, technology development and skilled talent will be better positioned to capture the economic opportunities created by electric mobility.
The latest India Electric Mobility Index (IEMI) 2025, published by NITI Aayog in September 2026, offers a useful framework for understanding this transition. The index evaluates states and Union Territories across three critical dimensions: transport electrification progress, charging infrastructure readiness, and EV research and innovation.
Its findings reveal an important distinction: the states leading EV adoption are not necessarily the same states leading infrastructure development or innovation. For manufacturers, suppliers, investors, dealerships and aspiring EV professionals, these differences could shape the industry’s next growth cycle.
As India moves into 2027, the central question is no longer simply where electric vehicles are selling. It is where the complete electric mobility ecosystem is becoming strong enough to sustain long-term growth.
India’s EV Industry Outlook for 2027: The Numbers Behind the Opportunity
India’s electric mobility transition is supported by rising vehicle adoption, investment in domestic manufacturing, battery technology development and government policy.
According to the Government of India’s August 2026 overview of the EV ecosystem, approximately 2.3 million electric vehicles were sold in India in 2025, compared with roughly 50,000 in 2016. Electric two-wheelers and three-wheelers accounted for a substantial part of this growth.
The investment outlook is equally significant. India’s EV ecosystem attracted more than US$1.4 billion in funding during FY2025, approximately 27% higher than in 2024, according to figures cited by the Press Information Bureau.
Several market projections indicate substantial long-term growth potential:
- Indian EV market: Projected to grow from approximately US$3.71 billion in 2025 to US$191.04 billion by 2034, at a reported CAGR of 54.94%.
- Indian EV battery market: Projected to grow from approximately US$2.71 billion in 2025 to US$15.90 billion by 2034, at a reported CAGR of 21.70%.
- National electrification ambition: India has set a target of achieving 30% electric vehicle sales by 2030 across the overall vehicle market.
- Long-term climate ambition: India’s net-zero emissions target for 2070 provides an important strategic context for its transition towards cleaner mobility.
Sources: Press Information Bureau — India’s Electric Vehicle Ecosystem and IBEF — Electric Vehicle Industry in India.
These figures should be interpreted carefully. Market forecasts are projections, not guaranteed outcomes, and the stated CAGRs depend on the underlying market definitions, base years and forecast assumptions.
Nevertheless, the direction is clear: electric mobility is becoming a significant industrial opportunity for India.
For electric two-wheeler manufacturers, this growth extends beyond vehicle assembly. It creates opportunities across battery packs, motors, power electronics, embedded software, vehicle testing, component manufacturing, dealership networks, after-sales service and fleet operations.
The next challenge is ensuring that this expanding market develops into a competitive, reliable and geographically diversified manufacturing ecosystem.
What Is the India Electric Mobility Index 2025?
The India Electric Mobility Index is a framework developed by NITI Aayog in partnership with WRI India to evaluate the progress of states and Union Territories in developing their electric mobility ecosystems.
Rather than measuring EV registrations alone, the index examines three complementary areas.
1. Transport Electrification Progress
This measures the extent to which electric mobility is gaining traction in the market, including adoption, consumer acceptance and demand-side progress.
For manufacturers, strong performance in this area can indicate a more developed market for vehicle sales, dealership expansion, financing partnerships and customer acquisition.
2. Charging Infrastructure Readiness
This evaluates the supporting infrastructure required to make electric mobility practical, including charging availability, charger-to-vehicle ratios, policy support and relevant infrastructure enablers.
Infrastructure matters because vehicle adoption cannot be sustained by product availability alone. Consumers and fleet operators also need convenient charging options, reliable electricity access and suitable facilities for their usage patterns.
3. EV Research and Innovation Status
This examines the strength of the innovation ecosystem, including EV startups, research and development initiatives, and intellectual property generation.
For manufacturers, these capabilities can influence product engineering, component localisation, battery development, testing, software integration and the ability to build differentiated products.
The three pillars provide a more comprehensive picture of electric mobility readiness than any single sales or infrastructure metric.
The key industry insight is that EV leadership requires alignment between demand, infrastructure and innovation. A state may perform well in one area while still having considerable room to improve in another.
Source: NITI Aayog — India Electric Mobility Index 2025.
India Electric Mobility Index 2025: Top-Ranking States
The 2025 index places Delhi, Maharashtra and Karnataka at the top of the overall rankings, followed by Chandigarh and Goa.
| Overall rank | State or Union Territory | Composite score |
|---|---|---|
| 1 | Delhi | 84 |
| 2 | Maharashtra | 78 |
| 3 | Karnataka | 73 |
| 4 | Chandigarh | 71 |
| 5 | Goa | 65 |
Source: India Electric Mobility Index 2025, as reported by Business Standard.
The median score across states and Union Territories increased from 36 in the 2024 index to 40 in the 2025 edition, indicating broader progress alongside continued regional differences.
However, these rankings need context. Delhi and Chandigarh are urban territories with different geographic and administrative characteristics from large manufacturing states. A high composite score does not automatically mean that a state has the greatest potential for factory investment or employment generation.
For companies assessing where to expand, the most useful approach is to examine the individual strengths of each state.
Which States Could Lead India’s EV Industry in 2027?
The following analysis combines the latest index findings with existing industrial capabilities and the likely direction of the market. It is an industry outlook, not an official forecast of future rankings.
1. Maharashtra: A Strong Candidate for Integrated EV Growth
Maharashtra ranks second overall in the India Electric Mobility Index 2025, with a score of 78. It also performs strongly in transport electrification and charging infrastructure readiness.
The state’s broader industrial ecosystem provides advantages for automotive manufacturing, component suppliers, logistics, engineering services and investment access. Established industrial centres and proximity to major commercial markets can help manufacturers connect production with demand.
For the EV sector, this creates opportunities in:
- Electric vehicle and component manufacturing.
- Battery packs, power electronics and related supply chains.
- Charging infrastructure and energy services.
- Dealership development, servicing and fleet deployment.
- Engineering, quality assurance and manufacturing operations.
Maharashtra is particularly well positioned to connect a substantial vehicle market with an established automotive base.
2027 outlook: Maharashtra is a strong candidate for integrated EV growth, particularly where manufacturing, consumer demand and supply-chain development reinforce one another.
2. Karnataka: Charging Infrastructure and Technology Development
Karnataka ranks third overall with a score of 73. It recorded the highest charging infrastructure readiness score nationally in the 2025 index, at 97.
The state also benefits from Bengaluru’s technology, engineering, software and startup ecosystem. These capabilities create opportunities beyond vehicle assembly, particularly in connected mobility, battery management systems, vehicle software, power electronics, testing and mobility services.
Potential areas of growth include:
- EV software and embedded systems.
- Battery management and diagnostics.
- Charging network operations and energy management.
- Research, product engineering and vehicle testing.
- Electric mobility startups and technology services.
A strong technology ecosystem can help EV manufacturers improve product reliability, reduce development cycles and build more sophisticated vehicle platforms.
2027 outlook: Karnataka is well positioned for technology-intensive EV development, particularly where engineering talent and manufacturing operations work together.
3. Tamil Nadu: Manufacturing Scale and Supply-Chain Potential
Tamil Nadu remains one of India’s important automotive manufacturing centres and is among the states recognised for EV research and innovation performance in the 2025 index.
Its industrial ecosystem, supplier networks, engineering workforce and manufacturing infrastructure make it a relevant destination for companies seeking production capacity and component localisation.
Potential growth areas include:
- Electric two-wheeler and electric three-wheeler manufacturing.
- Motors, battery assemblies and vehicle components.
- Production engineering and industrial automation.
- Supplier quality, testing and manufacturing operations.
- Technical training and skilled industrial employment.
The opportunity extends beyond original equipment manufacturers. Every increase in production capacity can create demand for component suppliers, logistics providers, maintenance partners and specialised service businesses.
2027 outlook: Tamil Nadu is a strong candidate for manufacturing-led EV growth, particularly where new investments deepen existing automotive supply chains.
4. Uttar Pradesh: A Large Market for EV Adoption and Distribution
Uttar Pradesh emerged as India’s largest EV market by sales in 2025, with more than 400,000 units, representing approximately 18% of national EV sales, according to the Government of India’s August 2026 overview.
Its large population, extensive urban and semi-urban markets, commercial mobility requirements and growing distribution networks create opportunities for electric two-wheeler manufacturers.
The state’s EV opportunity is not limited to large manufacturing investments. It also includes market development and the infrastructure needed to support widespread vehicle use.
Potential areas of growth include:
- Electric two-wheeler dealership networks.
- Last-mile delivery and commercial mobility.
- Vehicle servicing, repairs and spare parts.
- Charging and battery-related services.
- Sales, customer support and distribution operations.
A large market can support substantial downstream employment, although actual job creation depends on vehicle adoption, business investment and the development of service infrastructure.
2027 outlook: Uttar Pradesh is a state to watch for market-led EV growth, distribution expansion and commercial electric mobility.
5. Telangana: An Opportunity to Connect Technology, Manufacturing and Market Development
Telangana is particularly relevant to the next phase of India’s electric mobility transition. The state qualified as a frontrunner among large states in the 2025 index, placing it in the composite-score band of 50–64.
Hyderabad’s technology ecosystem, engineering talent, industrial infrastructure and access to growing urban and regional markets provide a foundation for electric mobility development.
For electric two-wheelers, opportunities extend across product development, dealership expansion, fleet operations, software-enabled services and regional distribution.
Potential areas of growth include:
- Electric vehicle assembly and component manufacturing.
- Product engineering, electronics and embedded software.
- Electric two-wheeler distribution across Tier 2 and Tier 3 markets.
- Delivery fleets, rental operations and commercial mobility.
- Service centres, diagnostics and technical training.
Telangana’s opportunity also extends beyond Hyderabad. Smaller cities and regional markets can create demand for electric motorcycles and scooters designed around everyday commuting, commercial use and practical operating costs.
For manufacturers, this makes market access, dependable after-sales support and suitable product positioning important parts of the expansion strategy.
2027 outlook: Telangana could strengthen its position by translating its technology and industrial capabilities into deeper EV manufacturing activity, wider vehicle adoption and skilled employment.
6. Madhya Pradesh: A State to Watch for Accelerating Adoption
Madhya Pradesh recorded one of the most significant improvements in the India Electric Mobility Index 2025, moving from 23rd place in the previous edition to seventh.
This improvement makes the state worth monitoring as EV policies, adoption initiatives and infrastructure development evolve.
For manufacturers and distributors, emerging markets can offer opportunities to build dealership networks, establish service coverage and develop customer awareness before competition intensifies.
Potential opportunities include electric two-wheeler distribution, fleet deployment, service operations and the development of regional supplier networks.
2027 outlook: Madhya Pradesh is an important emerging market to watch, particularly if its improvement in index performance translates into sustained adoption and industrial investment.
What About Gujarat and Haryana?
Gujarat and Haryana remain relevant to India’s EV manufacturing and supply-chain landscape because of their existing industrial bases, automotive capabilities and investment ecosystems.
However, the 2025 index demonstrates why industrial potential and composite EV performance should not be treated as interchangeable.
Haryana, for example, recorded a charging infrastructure readiness score of 91 but a transport electrification progress score of only 19 in the reported analysis. This illustrates that infrastructure readiness does not automatically translate into widespread vehicle adoption.
For manufacturers, the lesson is to assess market demand, operating economics, supplier availability, policy implementation and workforce requirements together rather than relying on a single ranking.
Which States Lead in EV Adoption, Charging Infrastructure and Innovation?
The theme-wise results provide a more nuanced view of India’s electric mobility ecosystem.
| Dimension | Leading jurisdictions or states | What it means for industry |
|---|---|---|
| Transport electrification | Delhi, Chandigarh and Maharashtra were the top performers | Stronger progress in adoption and market absorption |
| Charging infrastructure readiness | Karnataka, Goa and Maharashtra | Better relative readiness across charging infrastructure indicators |
| EV research and innovation | Delhi, Maharashtra and Karnataka were leading performers | Stronger innovation ecosystems, research activity and technology development |
The rankings above refer to different dimensions of the same index; they should not be interpreted as equivalent measures of manufacturing capacity or future employment.
Source: Business Standard’s analysis of the India Electric Mobility Index 2025.
For EV businesses, these distinctions can guide expansion decisions. A state with high adoption may be attractive for dealerships and distribution, while a state with a strong manufacturing base may be more suitable for production facilities. A technology-led ecosystem may be particularly valuable for research, software and engineering functions.
The strongest locations for future investment will often be those that combine several of these advantages.
EV Manufacturing in India: Why the Next Phase Is About More Than Assembly
The long-term competitiveness of India’s EV industry will depend on the strength of its domestic manufacturing ecosystem.
Vehicle assembly is only one part of the value chain. Manufacturers also need reliable suppliers, competitive components, engineering expertise, quality systems, testing facilities and efficient distribution networks.
As production scales, several areas are likely to attract greater strategic attention.
Battery technology and localisation
Battery performance, cost, safety, durability and supply-chain resilience remain central to EV economics. Growing domestic capabilities in battery packs, battery management systems, cell technologies and recycling can help reduce supply-chain vulnerabilities.
India’s battery market growth projections indicate a substantial long-term opportunity, but local manufacturing competitiveness will depend on technology, scale, capital investment and access to raw materials.
Motors, power electronics and vehicle engineering
Electric vehicles rely on integrated systems involving motors, controllers, inverters, wiring, sensors and electronic control units.
Developing these capabilities locally can improve supply-chain resilience while creating demand for engineering, production, testing and quality-control skills.
Product development for Indian operating conditions
India’s mobility requirements vary significantly by region and customer segment.
Electric two-wheelers must address everyday commuting, varying road conditions, vehicle utilisation, payload requirements, charging access, operating costs and service availability.
For electric motorcycles in particular, product development needs to account for durability, range requirements, battery performance and the practical needs of customers in urban, semi-urban and rural markets.
Manufacturers that combine engineering discipline with a clear understanding of actual usage patterns can build more relevant products and stronger long-term customer relationships.
After-sales service and the wider value chain
The EV industry will also create opportunities in diagnostics, battery health assessment, repair operations, spare-parts distribution, technician training and customer support.
These functions matter because sustainable adoption depends on more than the initial purchase. Customers need confidence that their vehicles can be maintained throughout their ownership.
EV Industry Growth and Jobs in India: Where Will Employment Come From?
Employment growth is an important part of the electric mobility opportunity, but it should be assessed across the entire value chain rather than measured only by the number of manufacturing facilities announced.
As the sector develops, demand may increase for several categories of skilled and semi-skilled workers.
1. Manufacturing and production
Vehicle assembly, battery-pack manufacturing, motor production, quality assurance, industrial automation and production planning can create employment as facilities scale.
2. Engineering and research
Battery engineering, electrical systems, embedded software, product validation, vehicle testing and mechanical design require specialised technical expertise.
3. Dealerships and distribution
Sales executives, dealer managers, regional distribution teams, customer relationship professionals and finance coordinators support market expansion.
4. Service and maintenance
Technicians trained in high-voltage systems, electrical diagnostics, battery management and EV-specific repairs will be increasingly important as the vehicle population grows.
5. Charging and energy services
Charging infrastructure creates roles in electrical installation, site operations, maintenance, energy management and network support.
6. Software and digital operations
Connected vehicles, telematics, diagnostics, fleet management and digital customer services create opportunities for software professionals, data analysts and operations teams.
7. Logistics and fleet management
Electric delivery fleets, rental businesses and commercial mobility operators require fleet supervisors, maintenance coordinators, operations managers and customer support teams.
The geographic distribution of these jobs will depend on the type of activity being developed. Manufacturing employment may concentrate around industrial clusters, while dealership, service and fleet-related roles can spread across cities and smaller towns.
For states seeking to maximise employment benefits, the priority should be to align industrial investment with technical education, apprenticeships, workforce development and employer-led training.
The opportunity for 2027 is not simply to attract EV investment, but to build the local capabilities needed to sustain it.
No reliable single forecast currently establishes which state will create the most EV jobs in 2027. Employment outcomes will depend on announced investments becoming operational, production volumes, technology choices, supplier localisation and the development of supporting businesses.
Charging Infrastructure in India: The Missing Link Between Readiness and Adoption
Charging infrastructure remains an important part of India’s electric mobility strategy, but its effectiveness depends on how well it matches the needs of actual vehicle users.
For electric two-wheelers, the charging model often differs from that of electric cars. Many personal users rely on home charging, while fleet operators may require depot charging, scheduled charging or battery swapping where compatible systems are available.
Public charging is particularly relevant for users without convenient home charging and for high-utilisation commercial vehicles.
The practical challenge is to develop infrastructure that is accessible, reliable, compatible with the vehicles being used and commercially sustainable.
The Government of India has also outlined a long-term ambition involving 1.32 million charging stations by 2030. This should be understood as a future infrastructure target, not the number of stations currently operational.
For the industry, the priorities are therefore broader than installing chargers. They include improving utilisation, supporting appropriate charging standards, planning electrical capacity, simplifying access and ensuring that infrastructure investments are aligned with local EV demand.
States that integrate charging deployment with vehicle adoption, industrial planning and urban development may be better positioned to support sustained growth.
Government Policy and India’s Net-Zero 2070 Vision
India’s electric mobility strategy is connected to broader goals involving energy security, domestic manufacturing, reduced dependence on imported petroleum and lower-emission transportation.
Policy initiatives such as PM E-DRIVE, production-linked incentives for automobiles and auto components, and support for advanced battery technologies form part of this wider industrial strategy.
State governments also play an important role through EV policies, incentives, industrial land, infrastructure planning and workforce development.
As the market moves towards 2027, the effectiveness of policy implementation will matter as much as policy announcements.
Manufacturers and investors need clarity on incentive eligibility, regulatory approvals, infrastructure availability, supplier development and the practical conditions for establishing and expanding operations.
The net-zero 2070 vision provides a long-term direction, but progress will depend on measurable outcomes across manufacturing, transport electrification, energy systems and technology development.
EV Industry in India 2027: What EV Manufacturers Should Prioritise in 2027
The changing state-level landscape has practical implications for electric two-wheeler manufacturers.
1. Build expansion strategies around market readiness
Composite index scores are useful starting points, but they should be supplemented with vehicle registrations, customer demand, dealer economics, financing access and service coverage.
2. Match products to customer requirements
Different markets may prioritise different combinations of price, range, durability, charging convenience and operating costs.
Electric two-wheelers intended for everyday commuting may require a different positioning strategy from vehicles intended for delivery operations or demanding road conditions.
3. Strengthen local distribution and after-sales support
A strong dealer network and dependable service coverage can help manufacturers build customer confidence, particularly in Tier 2 and Tier 3 markets.
4. Invest in product quality and engineering
Battery safety, component reliability, diagnostics and vehicle durability are central to sustainable adoption. Manufacturers need to treat these as long-term competitive capabilities rather than isolated technical requirements.
5. Develop regional partnerships
Relationships with suppliers, fleet operators, financing partners, service providers and technical institutions can help companies establish a stronger presence in new markets.
6. Prepare for changing skill requirements
Manufacturers should invest in technician training, quality systems, engineering capabilities and service processes that support the growing complexity of electric vehicles.
For OEMs, long-term competitiveness will depend on combining suitable products with efficient manufacturing, reliable service, strong distribution and a clear understanding of regional demand.
The Road Ahead: India’s EV Industry in 2027 and Beyond
India’s electric mobility transition is becoming more geographically diverse and industrially sophisticated.
The India Electric Mobility Index 2025 shows that Delhi, Maharashtra and Karnataka currently lead the overall rankings, while different states demonstrate distinct strengths in adoption, charging infrastructure and innovation. Tamil Nadu, Telangana, Uttar Pradesh and Madhya Pradesh also deserve attention for their respective market and industrial opportunities.
However, the states that emerge as the strongest EV growth centres in 2027 will be determined by how effectively they convert existing advantages into measurable results.
For some, the priority will be expanding vehicle adoption. For others, it will be scaling manufacturing, strengthening supplier networks, improving charging access or translating research capabilities into commercially successful products.
The most competitive ecosystems will bring these elements together.
For India’s electric two-wheeler industry, this creates an opportunity to build products and businesses around the country’s diverse mobility requirements while developing domestic manufacturing and engineering capabilities.
At Gravton Motors, we see the wider transition towards electric mobility as an opportunity to advance practical, reliable and locally relevant electric two-wheelers for India’s varied riding conditions and customer needs.
The next phase of India’s EV journey will be defined not just by how many electric vehicles the country sells, but by how effectively it builds the manufacturing capabilities, technology, infrastructure and skilled workforce required to sustain that growth.
As 2027 approaches, that is the opportunity for India’s EV industry: to move from rapid adoption towards a stronger, more competitive and more self-reliant electric mobility ecosystem.
Frequently Asked Questions
EV Industry in India 2027: Which state ranks first in the India Electric Mobility Index 2025?
Delhi ranks first with a composite score of 84, followed by Maharashtra with 78 and Karnataka with 73. The index assesses transport electrification, charging infrastructure readiness, and EV research and innovation.
Which Indian states are leading EV manufacturing?
Tamil Nadu, Maharashtra, Karnataka, Gujarat, Haryana and Uttar Pradesh are among the important EV and automotive manufacturing locations. Their suitability for a particular investment depends on supplier networks, infrastructure, industrial capabilities, policy conditions and workforce availability.
Which states could see strong EV industry growth in 2027?
Maharashtra, Karnataka and Tamil Nadu are well positioned through their established industrial or technology ecosystems. Uttar Pradesh offers significant market potential, while Telangana and Madhya Pradesh are important states to watch for further market and ecosystem development. These are forward-looking assessments, not confirmed future rankings.
Will the EV industry create more jobs in India?
The sector can support employment in manufacturing, engineering, battery systems, vehicle servicing, charging infrastructure, software, dealerships, logistics and fleet operations. Actual employment growth will depend on investment execution, production scale, localisation and skills development.
What is India’s EV market growth outlook?
One published projection estimates that India’s EV market could grow from US$3.71 billion in 2025 to US$191.04 billion by 2034, representing a reported CAGR of 54.94%. This is a market forecast rather than a guaranteed outcome.
What role will electric two-wheelers play in India’s EV transition?
Electric two-wheelers are an important part of India’s transition because they serve everyday commuting and commercial mobility requirements. Their future growth will depend on affordability, range, charging convenience, reliability, financing access and the availability of service support.
How does EV charging infrastructure affect adoption?
Convenient charging can reduce ownership barriers and improve vehicle usability. For electric two-wheelers, home charging, workplace charging, depot charging and battery swapping can serve different use cases. Infrastructure needs to match local demand and the charging requirements of the vehicles being operated.
What is the connection between India’s EV industry and its 2070 net-zero target?
Electric mobility is one part of India’s broader strategy to reduce emissions, improve energy security and reduce reliance on imported petroleum. Achieving the 2070 net-zero ambition will require coordinated progress across transportation, electricity generation, manufacturing and other economic sectors.
Editorial note: Index rankings and market figures in this article reflect the cited publications available from previous years. State-level prospects for 2027 are industry assessments rather than official forecasts.
