How to Start an EV Charging Franchise in Maharashtra: Investment, Site & Setup Guide 2026

Maharashtra should not be treated as one EV charging market.

Mumbai's apartment-heavy urban environment creates a different charging requirement from Pune's IT and automotive ecosystem. Nagpur's highway and logistics position differs from Nashik's destination and tourism demand, while industrial belts around Pune, Chhatrapati Sambhajinagar and other manufacturing centres can create fleet-oriented charging opportunities.

For an investor evaluating an EV Charging Franchise in Maharashtra, the first decision should therefore not be which charger to buy.

It should be:

Which charging market do I want to serve?

A strong charging business starts by matching the customer, location, parking behaviour, power availability and charger configuration. Investment should follow that analysis rather than lead it.

Maharashtra Is a Portfolio of Charging Markets

Instead of asking whether Maharashtra is a good state for EV charging, divide the opportunity into charging-market categories.

Metro Charging

Mumbai, Thane and Navi Mumbai can create demand from:

• Apartment residents

• Offices

• Commercial properties

• Taxis

• Corporate fleets

• Malls

• Hotels

• Public parking

• Destination properties

Technology and Automotive Charging

Pune and Pimpri-Chinchwad can support:

• IT parks

• Corporate campuses

• Manufacturing

• Automotive ecosystems

• Delivery fleets

• Residential clusters

• Intercity EV travel

Industrial Charging

Manufacturing and logistics corridors can create demand from:

• Commercial fleets

• Employee vehicles

• Logistics operators

• Goods vehicles

• Corporate fleets

• Industrial campuses

Tourism and Destination Charging

Cities and destinations such as Nashik and other hospitality-oriented markets can create longer dwell-time charging opportunities at:

• Hotels

• Resorts

• Restaurants

• Tourist attractions

• Wineries

• Event destinations

Highway Charging

Maharashtra's large road network creates another business model entirely:

High-Power Charging + Intercity Traffic + Amenities + Fast Turnaround

This segmentation should happen before site acquisition.

Step 1: Choose the Charging Customer Before the Property

A common charging-investment mistake is:

Property Available → Install Charger → Search for Customers

A stronger process for an EV Charging Franchise in Maharashtra is:

Target Customer → Charging Behaviour → Catchment → Property → Electricity → Charger

Start by choosing one or more target customer groups.

This prevents the station from trying to serve every EV user with one configuration.

Step 2: Build a Maharashtra Charging Opportunity Map

Do not rank cities only by population.

Build a Charging Opportunity Map using five layers:

Layer 1 — EV Demand

Where are relevant EV users likely to originate?

Layer 2 — Trip Purpose

Why are vehicles travelling through the area?

Layer 3 — Dwell Time

How long can vehicles practically remain connected?

Layer 4 — Electrical Feasibility

Can the property support the required charging load?

Layer 5 — Existing Competition

What charging alternatives already serve the same users?

When these layers overlap, a potential charging zone appears.

The exact property still needs technical and commercial diligence.

Step 3: Understand Maharashtra EV Policy 2025

The official Maharashtra Electric Vehicle Policy 2025 applies from 1 April 2025 to 31 March 2030.

The policy aims to expand charging infrastructure across:

• Urban Maharashtra

• Rural Maharashtra

• Important highways

• Public and commercial locations

For charging investors, several provisions deserve particular attention.

Highway Charging Every 25 km

The policy targets EV charging facilities at approximately 25 km intervals on state and national highways.

This creates a long-term infrastructure opportunity but should not be interpreted as proof that every highway property is commercially viable.

Charging at Fuel Stations

Subject to technical feasibility, the policy provides for at least one EV charging facility at existing and new fuel stations on state and national highways.

MSRTC Locations

Subject to technical feasibility, the policy also provides for fast charging infrastructure at Maharashtra State Road Transport Corporation bus stations/stops.

These measures demonstrate the direction of the state's charging network.

They also mean private investors should expect charging competition to increase over time.

Step 4: Don't Compete With Maharashtra—Find the Missing Use Case

As charging infrastructure expands, simply installing another charger near existing chargers may become less attractive.

Instead, ask:

What charging problem is still unsolved in this catchment?

Examples could include:

• Apartment residents without convenient home charging

• Fleet vehicles needing overnight energy

• Highway drivers needing reliable fast charging

• Hotel guests needing destination charging

• Employees parked for eight hours

• Delivery vehicles needing scheduled charging

• Commercial vehicles requiring higher-power infrastructure

This is a charging-gap strategy.

The goal is not merely to find an area with EVs.

It is to find EVs whose existing charging options are inconvenient, insufficient or operationally unsuitable.

Step 5: Evaluate the Property With a 100-Point Score

Before starting an EV Charging Franchise in Maharashtra, score the actual property rather than the city name.

Suggested interpretation:

80–100: Strong candidate for detailed feasibility

65–79: Potentially viable; investigate weaknesses

50–64: Pilot or redesign may be appropriate

Below 50: Reconsider the property or charging model

This is a planning framework, not a profitability guarantee.

For a deeper property-assessment process, use SpeedCharge's EV charging site selection guide.

Step 6: Calculate the Full Commissioned Investment

The charger price is only one part of the project.

A realistic investment budget should consider:

For an EV Charging Franchise in Maharashtra, total CAPEX can therefore vary substantially even when two projects use similar chargers.

A site with existing electrical capacity may require materially less upstream work than a site needing significant load enhancement or transformer infrastructure.

Investors can use SpeedCharge's EV charging station investment guide to understand the broader investment framework.

Step 7: Select AC or DC Based on Time, Not Marketing

The most powerful charger is not automatically the best charger.

Ask:

How many kWh does the customer need?

and:

How long will the vehicle remain parked?

Long-Dwell Customer

Examples:

• Office employee

• Hotel guest

• Apartment resident

Longer dwell times can make managed AC or lower-power configurations relevant depending on the vehicle and site.

Short-Dwell Customer

Examples:

• Highway traveller

• Taxi

• High-utilisation commercial vehicle

Short turnaround can make DC fast charging more valuable.

Mixed Customer Site

A commercial hub may need a combination of charging speeds.

The official Bureau of Energy Efficiency EV Charging Infrastructure resource provides recognised charging configurations and applicable EV categories.

SpeedCharge's DC vs AC charging guide for businesses explains the commercial differences between charger types.

Step 8: Audit Electricity Before Ordering Hardware

A charging site is also an electrical-infrastructure project.

Before ordering chargers, verify:

• Existing sanctioned load

• Spare capacity

• Proposed charging load

• LT/HT requirements as applicable

• Transformer requirement

• Cable route

• Earthing

• Protection

• Metering

• Distribution-licensee requirements

• Expansion capacity

The Ministry of Power Guidelines for Installation and Operation of Electric Vehicle Charging Infrastructure 2024 apply to charging infrastructure in private parking, semi-restricted properties, public places and highways/expressways.

The guidelines cover matters including electricity connectivity, charging infrastructure, safety and public charging development.

A technically weak property should not be approved only because it has high traffic.

Step 9: Design for the Site's Peak, Not Its Average

Suppose a station expects 20 charging sessions per day.

That number alone tells you very little.

Scenario A:

20 sessions evenly distributed across 15 hours

Scenario B:

15 of 20 sessions arrive between 6 PM and 9 PM

Both sites have the same daily session count.

Their operational requirements are different.

Measure:

• Sessions by hour

• kWh by hour

• Queue time

• Charger occupancy

• Parking occupancy

• Peak simultaneous demand

This is especially important for office, mall, residential and fleet charging.

Step 10: Use Anchor Demand to Reduce Guesswork

One way to improve demand visibility is to identify repeat customers before installation.

Possible anchor users include:

• Taxi fleets

• Delivery fleets

• Corporate offices

• Hotels

• Housing societies

• Logistics companies

• Commercial vehicle operators

Instead of relying entirely on walk-in demand, a site can combine:

Anchor Demand + Public Demand

This does not eliminate commercial risk, but it can make utilisation forecasts more evidence-based.

SpeedCharge's fleet EV charging guide explains how daily kilometres, duty cycles and charging windows influence commercial charging requirements.

Step 11: Understand Maharashtra's Charging Incentive Framework

Maharashtra EV Policy 2025 provides a structured support framework for qualifying public/semi-public charging infrastructure.

For charging centres serving four-wheelers, buses and trucks with at least four charging points, the policy specifies DC charging in the 50–250 kW range, with support of up to 15% and a maximum of ₹5 lakh per station, subject to the policy's eligibility framework and limits.

For qualifying bus/truck high-power charging stations with at least two charging points, the policy specifies 250–500 kW DC, with support of up to 15% and a maximum of ₹10 lakh per station, again subject to applicable conditions and limits.

The policy states that these amounts relate to charging-station cost and do not include land and other ancillary expenses.

Do not treat the maximum incentive as an automatic reduction from your project cost.

Before including it in a financial model, verify:

• Station category

• Charger configuration

• Number of charging points

• Eligible project cost

• Current availability

• Application process

• Supporting documents

• Sanction

• Commissioning requirements

The Government of Maharashtra's EV Charging Station Incentive Application Portal currently provides the application mechanism and document requirements for eligible public/semi-public charging-station incentive claims.

Step 12: Treat PM E-DRIVE Separately From State Incentives

The national PM E-DRIVE EV Public Charging Station Operational Guidelines were issued on 26 September 2025.

The framework supports deployment through specified eligible entities, nodal agencies and location categories.

Do not assume that a privately developed franchise automatically receives PM E-DRIVE funding.

Project-specific eligibility must be verified according to:

• Applicant/entity

• Nodal agency

• Location category

• Public access

• Charger configuration

• Technical requirements

• Current scheme conditions

State-policy support and central-government support should be analysed separately.

Step 13: Build a Revenue Model From kWh

The economics of an EV Charging Franchise in Maharashtra should start with energy throughput.

A simple operating model is:

Sessions per Day × Average kWh per Session = Daily kWh Sold

Then:

Daily kWh Sold × Customer Realisation per kWh = Gross Charging Revenue

But gross revenue is not profit.

Operating costs can include:

• Electricity

• Demand/fixed charges where applicable

• Property cost

• Maintenance

• Software

• Connectivity

• Payment processing

• Staff

• Insurance

• Taxes

• Financing

• Revenue Share

Therefore:

Gross Charging Revenue − Operating Costs = Operating Contribution

The exact commercial result depends on the individual station.

Never calculate ROI only from installed charger capacity.

Step 14: Measure kWh per Installed kW

A useful infrastructure metric is:

Daily kWh Delivered ÷ Installed Charger kW

Consider two hypothetical stations.

Station A

Installed capacity: 120 kW
Daily energy sold: 150 kWh

Station B

Installed capacity: 60 kW
Daily energy sold: 220 kWh

Station A has the larger charger.

Station B is delivering more energy.

This demonstrates why installed power should not be confused with commercial utilisation.

The purpose of charging infrastructure is not to own the largest charger.

It is to serve useful energy demand reliably.

Step 15: Build Three Demand Scenarios

Never evaluate the station using only one revenue projection.

Build:

Conservative Case

Slow adoption, limited sessions and lower utilisation.

Base Case

Reasonable utilisation based on local evidence.

Growth Case

Higher demand after the station matures.

For each scenario, calculate:

• Sessions/day

• kWh/session

• kWh/day

• Electricity cost

• Property cost

• Maintenance

• Other OPEX

• Gross revenue

• Operating contribution

This makes the investment model more resilient than a single optimistic ROI number.

SpeedCharge's EV charging station ROI guide can be used for a wider explanation of utilisation-driven returns.

Step 16: Maharashtra Highway Charging Needs a Different Model

Highway charging should not be analysed like urban destination charging.

Highway customers generally value:

• Fast charging

• Reliability

• 24×7 access

• Easy entry and exit

• Food

• Toilets

• Lighting

• Security

• Visible signage

Maharashtra EV Policy 2025 specifically targets charging facilities at roughly 25 km intervals along state and national highways.

The policy also creates a framework for high-power DC charging infrastructure.

This makes corridors such as major intercity routes strategically important, but investors must still evaluate:

• Traffic direction

• EV traffic

• competing chargers

• property access

• power

• amenities

• highway entry/exit friction

A petrol pump on the wrong side of a divided highway can have very different utilisation from an apparently similar property on the correct traffic flow.

Step 17: EV-Ready Buildings Create Another Market

Maharashtra's policy goes beyond standalone charging stations.

It provides that new residential buildings should be designed so parking spaces can support EV charging infrastructure.

It also provides for new commercial buildings to make at least 50% of parking spaces EV-charging-ready, including wiring provisions for future charger installation.

The policy additionally addresses charging infrastructure in existing commercial buildings with common parking.

For investors, this means Maharashtra's charging opportunity is not limited to roadside stations.

It also includes:

• Housing societies

• Office buildings

• Commercial complexes

• Mixed-use properties

• Hotels

• Institutional parking

Property owners can compare investing directly with hosting infrastructure through SpeedCharge's EV charging location partner programme.

Step 18: Choose the Correct Maharashtra Business Model

Different properties may require different commercial structures.

Franchise Investment

Suitable where the investor wants exposure to the charging asset and applicable commercial model.

Location Partnership

Suitable where a property owner primarily wants to monetise suitable parking/property.

Fleet Charging

Designed around recurring commercial vehicles.

Destination Charging

Designed around customers already spending time at a property.

Public Fast Charging

Designed around open-access public charging demand.

Highway Charging

Designed around intercity movement and short turnaround.

Do not force every property into the same business model.

The site should determine the commercial structure.

Step 19: Understand the SpeedCharge Franchise Process

SpeedCharge's current EV charging station franchise programme uses a structured development process:

1. Submit location and investment details

2. Complete site-feasibility review

3. Determine station configuration

4. Finalise commercial proposal

5. Complete agreement and project planning

6. Install and test charging infrastructure

7. Integrate the station with the charging network

The appropriate charger configuration should be selected after site feasibility rather than from a generic package alone.

For broader franchise due diligence, review SpeedCharge's EV charging franchise investor guide.

Step 20: Franchise Due-Diligence Checklist

Before signing for an EV Charging Franchise in Maharashtra, verify:

Do not make an investment decision based only on a brochure or headline ROI figure.

The executed agreement controls the actual commercial rights and obligations.

A Better Maharashtra Launch Strategy

Instead of immediately building the largest possible station, use a staged approach.

Stage 1 — Market Selection

Choose metro, highway, fleet, industrial, residential or destination charging.

Stage 2 — Demand Evidence

Identify real EV users and charging behaviour.

Stage 3 — Site Shortlist

Compare multiple properties.

Stage 4 — Electrical Audit

Verify actual power feasibility.

Stage 5 — Commercial Model

Select franchise, host, fleet or other applicable structure.

Stage 6 — Charger Configuration

Match charger power to dwell time and demand.

Stage 7 — Financial Stress Test

Model conservative, base and growth cases.

Stage 8 — Installation

Complete electrical, civil, charger and network work.

Stage 9 — Measure

Track sessions, kWh, uptime and repeat users.

Stage 10 — Expand

Add capacity only when measured demand supports it.

SpeedCharge's EV charging station setup guide provides the wider technical process from site feasibility through commissioning.

Metrics to Track After Launch

A charging station should not be managed using revenue alone.

Track:

Daily kWh

How much energy is actually being sold?

Sessions per Day

How frequently is infrastructure used?

kWh per Session

What type of charging behaviour exists?

Repeat-User Rate

Are customers returning?

Charger Uptime

Is infrastructure reliably available?

Peak Utilisation

When does demand concentrate?

Queue Events

Is additional capacity becoming necessary?

Revenue per Charging Bay

How effectively is property being used?

kWh per Installed kW

Is installed charging capacity being utilised?

These metrics help determine whether the next investment should be:

• Marketing

• Additional chargers

• Higher power

• Fleet partnerships

• Better signage

• Improved parking management

Common Mistakes to Avoid

Buying the Charger Before Choosing the Customer

Hardware should follow demand.

Choosing a City Instead of a Micro-Location

A strong city can still contain weak charging properties.

Assuming Highway Traffic Equals Charging Demand

Access, direction and amenities matter.

Ignoring Electrical Upgrade Costs

Upstream infrastructure can materially change CAPEX.

Installing Too Much Capacity Initially

Unused charger power does not generate revenue.

Assuming Every Incentive Applies

Policy support is subject to eligibility and programme conditions.

Treating Gross Revenue as Profit

Operating costs must be included.

Ignoring Future Competition

Maharashtra's charging network is expanding.

Depending Only on Walk-In Traffic

Repeat and anchor demand can improve utilisation visibility.

Using an Old Electricity Tariff

Verify the current tariff applicable to the site's distribution licensee and connection category.

Conclusion

Starting an EV Charging Franchise in Maharashtra should be approached as an infrastructure investment rather than simply a charger purchase.

Maharashtra provides multiple charging markets:

Metro + Residential + Workplace + Fleet + Industrial + Destination + Highway

The strongest opportunity is where four things overlap:

Real EV Demand + Suitable Dwell Time + Electrical Feasibility + Sustainable Site Economics

Maharashtra EV Policy 2025 creates a supportive framework for expanding charging infrastructure through 2030, including highway charging, high-power charging support and EV-ready parking measures.

But policy alone cannot make a poor site successful.

A disciplined investor should:

Choose the Customer → Find the Charging Gap → Shortlist Sites → Audit Power → Match the Charger → Verify Policy Eligibility → Model kWh Demand → Stress-Test Economics → Install → Measure → Scale

That process provides a much stronger foundation than choosing a charger first and searching for utilisation later.