Government Initiatives for EV Charging Infrastructure: Powering India's 2W and 3W Revolution

Introduction: The Infrastructure Imperative

India's electric vehicle revolution is gaining momentum, particularly in the two-wheeler (2W) and three-wheeler (3W) segments. With over 1.5 million EVs on Indian roads as of early 2026, the demand for a robust charging infrastructure has never been more critical. Recognizing this, the Government of India has launched multiple initiatives to build a nationwide charging network. This article explores the key government policies, public-private partnerships, and their practical impact on 2W and 3W EV users in India.

FAME II: Accelerating Charging Infrastructure

The Faster Adoption and Manufacturing of Electric Vehicles (FAME) Phase II scheme, extended until March 2027, is the cornerstone of India's EV push. With a total outlay of ₹10,000 crore, the scheme allocates significant funds for charging infrastructure development. Key provisions include:

• Financial support for setting up public charging stations in cities with high EV penetration
• Coverage of major highways and expressways with charging corridors every 25-50 km
• Focus on 9 megacities initially, expanding to 50+ cities by 2027
• Incentives for installing slow and fast chargers suitable for 2W and 3W vehicles

Under FAME II, the government provides capital subsidies covering up to 50-60% of the cost of charging equipment, significantly reducing the entry barrier for private players and public sector units.

Production Linked Incentive (PLI) Scheme for Automotive Sector

While primarily focused on manufacturing, the PLI Auto scheme with a outlay of ₹25,938 crore indirectly supports charging infrastructure by boosting EV production. The scheme encourages the localization of advanced automotive technology components, including battery cells and charging equipment. This localization is expected to reduce charger costs by 20-30% over the next three years, making home and public charging more affordable for 2W and 3W owners.

National Electric Mobility Mission Plan (NEMMP) 2020

Launched in 2013, NEMMP 2020 laid the foundation for India's EV ecosystem. It set ambitious targets of 6-7 million EVs by 2020 (revised subsequently) and emphasized the need for charging infrastructure. The plan catalyzed early pilot projects and helped establish the initial technical standards for EV charging in India, which now benefit 2W and 3W manufacturers.

State-Level EV Policies: A Patchwork of Progress

Beyond central schemes, progressive Indian states have launched their own EV policies, many offering additional sops for charging infrastructure:

Role of Public Sector Undertakings (PSUs) in Charging Networks

Indian PSUs are playing a pivotal role in establishing charging infrastructure across the country:

• Energy Efficiency Services Limited (EESL): Aggregated demand for 10,000 EVs and installed thousands of AC and DC chargers across government offices and public locations.
• Bharat Heavy Electricals Limited (BHEL): Developed indigenous 'Bharat AC' and 'Bharat DC' chargers (001 and 002 standards) specifically catering to 2W and 3W charging needs.
• Oil Marketing Companies (IOCL, BPCL, HPCL): Converting thousands of retail fuel outlets into 'energy stations' with EV charging facilities, targeting 22,000+ outlets by 2027.
• Power Grid Corporation: Setting up fast-charging corridors along major national highways.

Public-Private Partnerships (PPP): The Way Forward

The government actively promotes PPP models to accelerate infrastructure deployment. Notable collaborations include:

1. Concession agreements with private operators to set up and maintain charging stations at government-owned land (railway stations, metro stations, highways toll plazas).
2. Revenue-sharing models where private players install chargers in public parking lots with subsidized electricity tariffs.
3. Technology partnerships with startups for smart charging management systems and mobile applications to locate charging stations.

Impact on Two-Wheeler EV Owners

For individual 2W EV buyers, government initiatives translate to tangible benefits:

• Reduced upfront cost of home chargers through state subsidies (up to 100% in Delhi, 50% in Maharashtra).
• Increased availability of slow AC charging (Bharat AC-001) at workplaces, malls, and residential complexes.
• Special EV electricity tariffs (as low as ₹1-4/kWh in some states) making per-km cost significantly cheaper than petrol.
• Simplified process for obtaining separate EV meter connections from discoms.

Impact on Three-Wheeler EV Fleets and Last-Mile Connectivity

3W EVs (e-rickshaws and e-carts) form the backbone of last-mile connectivity in Indian cities. Government policies are transforming this segment:

• Dedicated fast-charging hubs near metro stations, bus depots, and marketplaces specifically designed for 3W turnover.
• Battery swapping stations receiving separate incentives, critical for 3W operators who cannot afford long charging downtime.
• Integration of 3W charging infrastructure with warehousing and logistics hubs under the PM GatiShakti National Master Plan.
• Subsidized loans for fleet operators to set up depot-based charging under priority sector lending guidelines.

The convergence of central mandates, state subsidies, and private innovation is creating India's most extensive EV charging ecosystem. For 2W and 3W users, the era of range anxiety is gradually ending.

Standardization and Interoperability Challenges

Despite progress, challenges remain. The Bureau of Indian Standards (BIS) has adopted international standards like IEC 60309 for AC charging and CCS/CHAdeMO for DC fast charging. However, for 2W and 3W, specific challenges include:

• Multiple connector types (Bharat DC-001, CCS2, Type 2 AC) creating confusion for users.
• Lack of roaming agreements between different Charge Point Operators (CPOs).
• Varying technical requirements across states causing delays in charger deployment.
• Grid capacity constraints in older urban areas limiting installation of multiple fast chargers.

Battery Swapping: A Game-Changer for 2W and 3W

Recognizing the unique needs of 2W and 3W segments, the government recently announced a separate Battery Swapping Policy. Key highlights include:

• Battery swapping stations eligible for similar subsidies as conventional charging stations under FAME II.
• Separate technical standards for swappable batteries to ensure interoperability across vehicle brands (GST exemption on swapped batteries).
• Integration with Aadhaar-based authentication for tracking battery health and preventing theft.
• Special focus on high-density urban corridors and last-mile delivery clusters.

Financial Incentives for Charging Station Installation

Beyond capital subsidies, the government offers comprehensive financial support:

1. GST reduction on chargers from 18% to 5%, making equipment more affordable.
2. Accelerated depreciation benefits (40%) for businesses investing in charging infrastructure.
3. Income tax exemptions on interest income for investments in EV infrastructure bonds.
4. Priority sector lending status for loans up to ₹30 lakh for setting up public charging stations.
5. Reduced customs duties on import of specific charging components not manufactured in India.

Case Study: Delhi EV Policy and Charging Infrastructure

Delhi's EV Policy, launched in 2020 and renewed in 2024, is a benchmark for other states. Key achievements include:

• Installation of over 3,000 public charging points across the capital within three years.
• 100% subsidy on purchase of home chargers for first 30,000 applicants (now expanded).
• Mandatory provision of EV charging facilities in all new group housing societies and commercial complexes.
• Creation of 'zero parking fee' zones with dedicated EV charging in busy markets like Connaught Place.
• Integration with discoms for separate EV meters and time-of-day tariffs encouraging off-peak charging.

Future Roadmap: What's Next for Indian EV Charging?

Looking ahead, several initiatives are on the anvil:

• National EV Grid Integration Program to manage load balancing and vehicle-to-grid (V2G) pilot projects.
• Second phase of FAME with enhanced focus on rural and semi-urban charging networks.
• Integration of charging infrastructure with renewable energy sources, particularly solar rooftops.
• Mandatory pre-wiring for EV charging in all new residential and commercial building constructions (model building by-laws already amended).
• Development of a unified mobile application aggregating all CPOs for seamless user experience.

Conclusion: Building a Charged Future

Government initiatives for EV charging infrastructure in India have evolved from pilot projects to comprehensive, multi-stakeholder programs. For the 2W and 3W segments, which constitute over 90% of India's EV sales, these policies are creating a supportive ecosystem. While challenges of standardization and grid readiness persist, the direction is clear: India is building a charging network that can support its ambitious EV targets. As policies mature and private participation deepens, the dream of seamless, affordable, and accessible charging for every two-wheeler and three-wheeler owner is becoming a reality. The journey has just begun, but the foundation is stronger than ever.