Delhi’s Electric Vehicle Policy 2026–2030 marks an important phase in the capital’s clean mobility transition. The policy is not limited to vehicle purchase incentives. It seeks to influence vehicle registration patterns, fleet electrification, charging infrastructure, battery recycling and public-sector procurement. For businesses evaluating opportunities in electric mobility, the policy creates a wider operating context across vehicles, infrastructure, services and lifecycle management.
The policy has been framed against Delhi’s air-quality challenge. The draft policy notes that vehicular emissions were identified as the largest contributor to air pollution in the National Capital Territory of Delhi during winter, accounting for 23 percent, while two-wheelers constitute approximately 67 percent of Delhi’s total vehicle stock. This explains the policy’s focus on rapid electrification of two-wheelers, three-wheelers, commercial cars and N1 category goods vehicles.
From Incentives to Market Transition
Earlier EV policies in India were largely viewed through the lens of subsidies and early adoption support. The Delhi EV Policy 2026–2030 goes further by combining financial incentives with regulatory direction, charging infrastructure planning, OEM obligations, battery recycling systems and fleet electrification mandates.
The policy objectives include accelerating EV adoption across major vehicle segments, supporting comprehensive public and private charging networks, enabling EV supply chains including battery recycling and component recovery, improving air quality by reducing reliance on internal combustion engine vehicles, and ensuring transparent implementation.
For businesses, this means the opportunity is not only in selling electric vehicles. It extends to charging stations, battery swapping, EV fleet operations, logistics electrification, institutional transport, recycling, financing, leasing, software platforms and implementation support services.
Key Features of the Delhi EV Policy 2026–2030
1. Purchase Incentives for Electric Vehicles
The policy provides purchase incentives through direct benefit transfer to eligible buyers, proprietary firms, agencies and companies that are residents of NCT of Delhi and whose vehicles are registered in Delhi.
For electric two-wheelers, the policy provides incentives on a declining basis over three years, subject to the ex-factory price not exceeding ₹2.25 lakh. The incentive is ₹10,000 per kWh up to ₹30,000 in Year 1, ₹6,600 per kWh up to ₹20,000 in Year 2 and ₹3,300 per kWh up to ₹10,000 in Year 3.
For electric three-wheeler auto-rickshaws, the incentive is ₹50,000 in Year 1, ₹40,000 in Year 2 and ₹30,000 in Year 3. For electric four-wheeler goods vehicles in the N1 category, the incentive is ₹1,00,000 in Year 1, ₹75,000 in Year 2 and ₹50,000 in Year 3.
2. Scrappage Incentives
The policy also introduces scrappage-linked incentives. A buyer of a new electric two-wheeler can receive a scrapping incentive of ₹10,000 if a Delhi-registered BS-IV or older two-wheeler is scrapped and the new EV is purchased within six months of the Certificate of Deposit. For electric three-wheelers, the scrapping incentive is ₹25,000. For electric cars, the incentive is ₹1,00,000, subject to an ex-factory price not exceeding ₹30 lakh and limited to the first 1,00,000 eligible applicants.
This structure is important because it links EV adoption to the removal of older vehicles from the road. It also creates a parallel opportunity for authorised vehicle scrapping facilities, EV dealerships, financing intermediaries and fleet replacement advisory.
3. Road Tax and Registration Fee Exemptions
The policy grants 100 percent exemption from road tax and registration fees for eligible electric vehicles registered in NCT of Delhi during the policy period. Electric cars with an ex-showroom price up to ₹30 lakh are eligible for full exemption till 31 March 2030, while electric cars above ₹30 lakh do not receive this exemption. The draft also mentions 50 percent exemption for strong hybrid electric vehicles in the same clause.
For vehicle buyers and fleet operators, these exemptions affect total cost of ownership. For businesses, this requires careful evaluation of vehicle acquisition cost, financing structure, running cost savings, incentive eligibility and residual value.
4. Charging and Battery Swapping Infrastructure
Charging infrastructure is one of the most important commercial areas under the policy. Delhi Transco Limited has been designated as the nodal agency for planning, coordination and implementation of public EV charging and battery swapping infrastructure in NCT of Delhi. DTL is also expected to aggregate demand, proposed locations and load requirements for public EV charging and battery swapping infrastructure.
The policy also provides for a single-window facility for charge point and battery swapping operators to enable faster clearance and expedited EV connections for public and semi-public charging stations.
This creates opportunities for charging infrastructure developers, housing societies, commercial property owners, fleet depots, parking operators, retail fuel locations, equipment vendors, software providers and power management service providers.
5. Role of OEMs and Dealer-Level Charging
The policy places obligations on OEMs operating in Delhi to ensure adequate and timely supply of electric vehicles across eligible segments. It also states that OEMs shall ensure deployment of at least one public EV charging station per dealer, with a minimum of three charging points for two-wheelers and three-wheelers and two charging points for four-wheelers.
This is commercially significant. EV dealerships may evolve from vehicle sales points into local charging and service nodes. OEMs and dealers will need to assess investment, space availability, load connection, charger selection, utilisation assumptions and service economics.
6. Battery Recycling and Traceability
The policy recognises battery recycling as a key ecosystem requirement. It assigns responsibilities to the Environment Department and Delhi Pollution Control Committee for ensuring compliance with the Battery Waste Management Rules, 2022, including Extended Producer Responsibility, reporting and environmentally sound management of waste batteries.
The policy also refers to battery collection centres under a public-private partnership model, periodic reporting on EPR compliance and battery traceability, and the promotion of unique battery identifiers to support refurbishment, second-life use and recycling.
This can create opportunities in battery collection, reverse logistics, authorised recycling, refurbishment, diagnostics, traceability systems and second-life battery applications.
Electrification Mandates: Where Demand May Become More Predictable
One of the most important features of the Delhi EV Policy is its segment-wise registration mandate. From 1 January 2027, only electric three-wheelers in the L5 category will be permitted for new registration in NCT of Delhi. From 1 April 2028, only electric two-wheelers will be permitted for new registration in Delhi.
The policy also requires schools in Delhi to meet minimum electric share targets for their bus fleets: 10 percent till completion of Year 2 from notification, 20 percent till completion of Year 3 and 30 percent by 31 March 2030. This applies to the total school bus fleet, whether owned, leased or hired.
For fleet aggregators and delivery service providers, the policy restricts induction of conventional ICE vehicles running purely on diesel or petrol in certain fleet categories, including N1 category goods vehicles and two-wheelers, subject to the transition provisions stated in the policy.
These mandates can create more predictable demand pools for EV manufacturers, leasing companies, fleet management platforms, financiers, charging infrastructure players and service operators.
Business Opportunities Emerging from the Delhi EV Policy
EV Retail, Dealership and Service Networks
With the policy encouraging EV adoption and requiring dealer-level charging infrastructure, there may be opportunities for EV dealerships, after-sales service centres, battery diagnostics, spare parts distribution and warranty support. Businesses entering this space should evaluate brand partnerships, catchment demand, product mix, workshop capability and charger deployment requirements.
Charging and Battery Swapping Infrastructure
The charging opportunity will depend on location quality, utilisation, charger type, power availability, tariff structure, parking access, user mix and fleet tie-ups. Public charging stations, semi-public chargers in commercial locations, community chargers in housing societies and fleet depot charging may each require a different business model.
Last-Mile Delivery and Urban Logistics
The policy’s focus on fleet aggregators and N1 goods vehicles can support electrification of last-mile delivery, e-commerce logistics, courier networks, food delivery fleets and urban distribution. However, the viability of such models will depend on daily kilometres, payload requirements, charging downtime, vehicle financing, battery warranty and maintenance economics.
Institutional and School Transport
The school bus electrification mandate can create opportunities for electric bus leasing, fleet replacement planning, route-wise charging assessment, depot charging infrastructure and institutional transport management. Schools and fleet contractors will need to evaluate whether they should own, lease or outsource electric bus operations.
Battery Recycling and Reverse Logistics
Battery waste management will become increasingly important as EV penetration grows. Businesses can evaluate opportunities in battery collection centres, reverse logistics, authorised recycling partnerships, battery health assessment and second-life battery use. This segment will require strong compliance orientation and technical partnerships.
Financing, Leasing and Fleet-as-a-Service
EV adoption often requires upfront capital. Leasing, pay-per-use, fleet-as-a-service and battery-as-a-service models may become relevant where users want lower capital exposure and predictable operating cost. Such models require careful financial structuring, asset risk assessment, residual value assumptions and default risk management.
| Planning to enter the EV, charging infrastructure, fleet electrification, battery recycling or clean mobility services space in Delhi? Before committing capital, it is important to assess demand, site suitability, incentive eligibility, operating economics, regulatory requirements and implementation risks. Hmsa Consultancy Services helps clients evaluate such opportunities through feasibility studies, detailed project reports, market assessment, financial modelling, business model evaluation and strategic advisory aligned to real investment decisions. Share your requirements with us here. |
Commercial and Execution Considerations
While the policy creates direction, business viability will depend on execution-level assessment. A charging station in a weak location, an EV fleet without adequate route planning, or a battery recycling project without assured feedstock may struggle despite policy support.
Key evaluation areas include:
- Addressable demand by vehicle segment and location
- Incentive eligibility and documentation requirements
- Power load availability and connection timelines
- Charger utilisation assumptions
- Fleet operating kilometres and downtime
- Battery life, warranty and replacement cost
- Land, lease and site access terms
- Regulatory and environmental compliance
- Capital cost, operating cost and payback period
- Sensitivity to tariff, utilisation, financing cost and vehicle resale value
How Hmsa Consultancy Services Can Support
Hmsa Consultancy Services can support businesses evaluating opportunities linked to the Delhi EV Policy through structured advisory and project planning support.
For EV charging and battery swapping projects, Hmsa can assist with market assessment, site evaluation, demand estimation, utilisation assumptions, capex and opex benchmarking, financial feasibility and business model evaluation.
For fleet electrification, Hmsa can support route-level viability assessment, total cost of ownership analysis, replacement planning, leasing model evaluation, financing assumptions and implementation roadmap preparation.
For EV dealerships, service centres and institutional fleet projects, Hmsa can prepare feasibility studies, business plans and project reports covering demand, competition, operating model, manpower, infrastructure, investment cost, revenue assumptions and risk assessment.
For battery recycling and reverse logistics opportunities, Hmsa can assist in preliminary opportunity assessment, value-chain mapping, regulatory review, feedstock assessment, financial evaluation and partner identification strategy.
The objective is to help clients move from policy awareness to investment-ready evaluation.
Conclusion
Delhi’s EV Policy 2026–2030 should be viewed as a structured mobility transition framework rather than only a subsidy policy. It combines purchase support, scrappage incentives, registration mandates, charging infrastructure development, OEM obligations and battery lifecycle management.
For businesses, the opportunity lies in identifying commercially viable entry points within this transition. EV adoption will create demand, but successful participation will require disciplined assessment of location, utilisation, capital cost, regulatory compliance, fleet economics and implementation capability. Businesses that evaluate these factors early will be better placed to participate meaningfully in Delhi’s evolving electric mobility ecosystem.
