EV Charging Station Franchise in Bhubaneswar: Electricity Load, Parking & Site Requirements 2026

Bhubaneswar's expanding EV ecosystem is creating opportunities for public charging, fleet charging, workplace charging and destination charging. However, a commercially attractive property is not automatically technically suitable for an EV charging station.

For an EV charging station franchise in Bhubaneswar, three questions should be answered before charger hardware is ordered:

1. Can the site support the required electrical load?

2. Does it have suitable dedicated parking and vehicle movement?

3. Is there enough relevant EV demand to justify the infrastructure?

These questions matter because charger power alone does not determine station performance. A 120 kW DC charger installed at a property with difficult access, inadequate parking or weak EV demand can remain underutilised, while a correctly sized charger at a well-selected commercial or fleet location can achieve better energy throughput.

The correct development sequence is:

EV Demand → Site Selection → Electrical Feasibility → Parking Design → Charger Configuration → Commercial Feasibility → Installation

This guide explains how investors and property owners should evaluate electricity load, parking, access, power infrastructure and site requirements before developing an EV charging station in Bhubaneswar in 2026.

Why Bhubaneswar Is Becoming Important for EV Charging

Bhubaneswar is one of Odisha's most important urban mobility and commercial centres.

Potential EV charging customers include:

• Private electric-car owners

• Electric two-wheelers

• Electric three-wheelers

• Electric taxis

• App-based mobility vehicles

• Delivery fleets

• Corporate fleets

• Government vehicles

• Hotel guests

• Office employees

• Apartment residents

• Intercity travellers

The city's charging ecosystem is also expanding.

Odisha government's infrastructure planning identified 21 locations in Bhubaneswar as feasible for EV charging stations under a broader programme covering 100 locations across Odisha.

In January 2026, the Chief Minister of Odisha also inaugurated 15 EV charging stations in Bhubaneswar as part of a wider road-safety and infrastructure programme.

Investors should interpret this expansion in two ways.

First, it indicates continued institutional support for charging infrastructure.

Second, it means private operators need stronger site selection because charging competition is also increasing.

A charging project should therefore be based on measurable local demand rather than city-wide EV growth alone.

What Does an EV Charging Franchise Site Actually Require?

An EV charging station franchise in Bhubaneswar requires more than vacant land and road frontage.

A technically viable site generally needs alignment between:

• Electrical capacity

• Parking

• Vehicle accessibility

• Customer demand

• Charger type

• Property rights

• Safety

• Connectivity

• Civil infrastructure

• Operating hours

• Commercial economics

SpeedCharge's EV charging station site selection guide recommends evaluating grid capacity, EV demand, dwell time, entry and exit, parking, competition, anchor demand, safety, site tenure and expansion capacity together.

The site should be selected before final charger specification.

Electricity Load: Start Here Before Signing the Site

Electricity is one of the most important technical filters for an EV charging station franchise in Bhubaneswar.

Before committing to a property, determine:

• Existing sanctioned load

• Existing peak demand

• Spare electrical capacity

• Proposed charging load

• Supply voltage

• Transformer capacity

• Distance from transformer or supply point

• LT/HT connection requirement

• Load-enhancement requirement

• Metering arrangement

• Cable route

• Electrical panel requirements

• Earthing

• Protection systems

• Future expansion requirement

Do not assume that because electricity is already available at a property, the site can support a commercial DC charger.

A hotel, mall or commercial building may already be consuming a substantial portion of its sanctioned capacity.

Similarly, a vacant roadside property may have enough physical space but require significant electrical infrastructure before a high-power charger can operate.

SpeedCharge's EV charging station installation requirements guide explains sanctioned load, transformer capacity, cable routing, property rights, safety and DISCOM-related planning in more detail.

Bhubaneswar Electricity Distribution and TPCODL

Bhubaneswar falls within the distribution area served by Tata Power Central Odisha Distribution Limited, commonly known as TPCODL.

For a proposed charging site, investors should not determine connection feasibility from an online estimate alone.

A proper electrical assessment should establish:

Existing Load + Property Demand + Proposed EV Charging Demand + Expansion Margin

The required connection architecture will depend on the specific project.

Relevant factors include:

• Charger capacity

• Number of chargers

• Simultaneous charging

• Existing site demand

• Available transformer capacity

• Distribution-network feasibility

• Applicable supply voltage

• Future expansion

For example, installing multiple DC chargers at a fleet hub can create a very different load profile from installing AC chargers at a hotel.

The electrical system should therefore be designed around the actual charging use case.

Ministry of Power Rules for Electricity Connections

India's current national framework is provided by the Ministry of Power Guidelines for Installation and Operation of Electric Vehicle Charging Infrastructure 2024.

These guidelines cover:

• Private charging

• Semi-public charging

• Public charging

• Group Housing Societies

• Offices

• Commercial properties

• Petrol pumps

• Airports

• Highways

• Expressways

The framework provides for LT electricity connections for charging stations up to the applicable 150 kW threshold under specified conditions.

However, this should not be interpreted as meaning that every 150 kW site can simply connect without technical assessment.

Distribution-network capacity, sanctioned load, local infrastructure and applicable DISCOM procedures still need to be verified.

How Much Electrical Load Does an EV Charging Station Need?

There is no single electrical-load requirement for every charging station.

It depends primarily on:

Number of Chargers × Charger Rating × Simultaneous Demand

For example:

These figures describe charger-rated capacity only.

Actual electrical design must also consider:

• Auxiliary loads

• Existing building demand

• Diversity

• Power factor

• Protection

• Simultaneous operation

• Future chargers

• Applicable electrical standards

Do not use this table as a substitute for an electrical design or DISCOM feasibility assessment.

Do You Need a Dedicated Transformer?

Not necessarily.

Whether a charging station needs a new or dedicated transformer depends on:

• Existing sanctioned load

• Existing transformer capacity

• Current transformer loading

• Charger capacity

• Number of charging points

• Simultaneous demand

• Distribution-network conditions

• Utility requirements

A commercial property with adequate existing infrastructure may require less upstream work.

A greenfield high-power charging hub may require:

• Transformer

• HT equipment

• LT panel

• RMU where applicable

• Metering

• Switchgear

• Protection

• High-capacity cables

• Earthing

This is why electrical feasibility should be completed before final project CAPEX is approved.

A low-rent property can become an expensive charging site if major grid upgrades are required.

Odisha EV Charging Electricity Tariff in 2026

Electricity cost is particularly important when evaluating an EV charging station franchise in Bhubaneswar.

Under the Odisha Electricity Regulatory Commission's Retail Supply Tariff Order for FY 2026–27, charging through a public EV charging system or station is covered under the General Purpose (GP) category.

The order specifies a single-part tariff of ₹5.00 per unit for public EV charging.

A charging unit established by a group housing society through a separate connection is also treated as a public charging system/station under this provision.

Investors should verify the latest applicable tariff before final financial closure because regulatory tariffs can change between financial years.

The official OERC FY 2026–27 tariff proceedings and orders should be used rather than relying on older blogs or historical tariff figures.

Why Electricity Cost Is Only One Part of Station Economics

A ₹5.00/unit electricity tariff does not mean the difference between customer charging price and ₹5.00 is automatically profit.

Charging-station economics can include:

• Electricity

• Property rent

• Maintenance

• Charging software

• Internet/connectivity

• Payment processing

• Revenue Share

• Financing

• Insurance

• Staffing

• Taxes

• Equipment replacement

• Downtime losses

A simplified model is:

Gross Charging Revenue = Billable kWh × Effective Customer Charging Price

Then:

Operating Contribution = Gross Charging Revenue − Applicable Operating Expenses

Gross revenue and profit should never be treated as the same figure.

Parking Requirements for EV Charging in Bhubaneswar

Parking is another critical requirement.

An EV charger cannot generate energy sales if customers cannot conveniently occupy a charging bay.

A suitable property should consider:

• Dedicated EV charging bays

• Entry width

• Exit width

• Turning radius

• Charger position

• Cable reach

• Vehicle charging-port location

• Queueing

• Pedestrian movement

• Accessibility

• Non-EV bay blocking

• Lighting

• CCTV

• Drainage

• Maintenance access

A station should be designed around the vehicles expected to use it.

A passenger-car charging location has different parking requirements from a commercial fleet depot.

Odisha's 30% EV-Ready Parking Requirement

Odisha's planning framework includes a specific EV-charging provision for certain new developments.

Under the applicable Odisha planning and building framework, a minimum 30% of parking spaces in specified new developments must have facilities enabling EV charging points.

The provision applies to categories including:

• Projects larger than one acre

• High-rise buildings

• Multi-level car parking projects

The EV charging points must also be shown in the building plan with appropriate indexation.

The relevant authority may modify the minimum percentage in accordance with government policy.

Investors and developers should review the official Odisha Town Planning and Improvement Trust Planning and Building Standards Rules and confirm the latest local applicability before designing a new development.

This requirement is especially relevant to:

• Developers

• Commercial complexes

• High-rise residential projects

• Large mixed-use developments

• Multi-level parking facilities

Being EV-ready does not necessarily mean every enabled parking space must immediately contain a commercial DC charger.

Infrastructure design should distinguish between EV-ready parking and operational public charging bays.

How Much Parking Space Does a Charging Station Need?

There is no universal square-foot requirement that works for every project.

Required space depends on:

• Number of charging bays

• Vehicle size

• Charger configuration

• Electrical equipment

• Transformer

• Turning radius

• Queueing

• Amenities

• Expansion plans

For a commercial charging site, evaluate the complete movement path:

Road Entry → Queue → Charging Bay → Vehicle Manoeuvre → Exit

A property can appear large on paper but become difficult to operate if vehicles cannot manoeuvre safely around chargers and electrical equipment.

Charger Placement Inside the Parking Area

Charger positioning should be planned before civil foundations are built.

Consider:

Charging-Port Position

Different EVs can have charging ports at the:

• Front

• Rear

• Front side

• Rear side

Cable reach should accommodate the expected vehicle mix.

Bollard Protection

Chargers positioned near moving vehicles may require physical protection.

Pedestrian Safety

Charging cables should not create unnecessary trip hazards.

Drainage

Waterlogging around electrical infrastructure should be avoided.

Maintenance Access

Technicians should be able to access the equipment without dismantling surrounding infrastructure.

Expansion

Where practical, reserve space and electrical pathways for additional charging points.

Official Charger Specifications

Charger configuration should follow applicable technical standards.

The official Bureau of Energy Efficiency EV Charging Infrastructure Specifications identifies charging configurations including:

• CCS fast charging

• Type-2 AC charging

• Bharat DC-001

• Bharat AC-001

• Other applicable approved configurations

For four-wheelers, BEE currently lists CCS fast charging with a minimum 50 kW configuration and Type-2 AC at a minimum 22 kW in its published specification table.

Hardware selection should still be based on the actual vehicle segment, demand profile and site electrical capacity.

AC vs DC: What Works for Different Bhubaneswar Sites?

The correct charger depends on customer dwell time.

A 120 kW charger is not automatically better than a 60 kW charger.

The better configuration is the one that delivers the required energy within the customer's natural parking window while keeping infrastructure economically sustainable.

SpeedCharge's AC vs DC EV charging guide explains charger selection for commercial properties in more detail.

Best Types of Properties to Evaluate in Bhubaneswar

For an EV charging station franchise in Bhubaneswar, property type can be as important as the road or neighbourhood.

Hotels

Hotels can support destination charging because guests naturally remain parked.

Shopping and Commercial Properties

These can combine charging with existing customer dwell time.

Hospitals

Hospitals can provide medium-to-long parking durations, although parking availability and bay management are critical.

Office and IT Campuses

Employee dwell time can support managed workplace charging.

Fuel Stations

Fuel stations can offer:

• Road access

• Driver familiarity

• Existing amenities

• Extended operating hours

Electrical feasibility and dedicated charging space still need verification.

Fleet Hubs

Fleet sites can provide predictable energy demand where vehicle schedules are known.

Apartment and Housing Developments

Residential charging can benefit from long overnight dwell time, but electrical capacity and parking rights must be carefully planned.

Highway and Intercity Locations

Highway sites should prioritise:

• DC fast charging

• Easy entry and exit

• 24/7 access

• Washrooms

• Food

• Lighting

• Security

• Multiple charging bays where demand supports them

Bhubaneswar Locations Worth Site-Level Investigation

Rather than declaring any area automatically profitable, investors can investigate properties around major commercial, institutional, residential and transport corridors such as:

• Patia

• Chandrasekharpur

• Jayadev Vihar

• Nayapalli

• Khandagiri

• Rasulgarh

• Mancheswar

• Saheed Nagar

• Unit areas

• Airport-linked corridors

• Infocity

• Infovalley-linked development

• Bhubaneswar–Cuttack corridor

• National and state highway approaches

The individual property matters more than the locality name.

Two properties on the same road can have completely different charging potential because of differences in:

• Entry and exit

• Parking

• Electrical capacity

• Property cost

• Operating hours

• EV traffic

• Nearby chargers

Existing Charging Infrastructure and Competition

Odisha is actively expanding its charging network.

Government documentation states that 21 Bhubaneswar locations were identified as feasible under the state's 100-location EV charging programme.

The Odisha Commerce & Transport Department Annual Activities Report records this charging-station expansion programme.

Additionally, 15 EV charging stations were inaugurated in Bhubaneswar in January 2026.

This means investors should map existing and planned chargers before approving a property.

Analyse:

• Distance to competing stations

• Charger power

• Number of guns

• Connector types

• Customer tariff

• Parking

• Operating hours

• Accessibility

• Amenities

• Reliability

• User demand

Competition is not automatically bad.

A frequently used nearby charger can demonstrate real demand.

But several chargers competing for weak local demand can reduce utilisation.

OERC Says Odisha Needs More Public Charging Infrastructure

The current FY 2026–27 OERC tariff order provides useful market context.

OERC notes that there are about 550 public charging stations across Odisha and states that existing charging infrastructure remains inadequate for promoting EV penetration.

The Commission also says DISCOMs should facilitate additional private charging infrastructure at convenient locations, including national/state highways and sites near fuel stations.

This is important for investors because it indicates that charging-network expansion remains an active infrastructure priority.

However, statewide infrastructure need does not guarantee profitability for an individual property.

Local utilisation remains the deciding factor.

Measure Relevant EV Demand Before Installation

Do not use total road traffic as a substitute for charging demand.

Suppose 25,000 vehicles pass a property daily.

The relevant questions are:

• How many are EVs?

• What vehicle categories are they?

• Do they need public charging?

• Where do they currently charge?

• Can they enter the property conveniently?

• How long will they stay?

• How much energy could they purchase?

• Are they repeat customers?

A site should therefore measure:

Relevant EV Traffic × Charging Need × Stop Probability × Average kWh per Session

rather than only vehicles per day.

Fleet Demand Can Change the Site Economics

Fleet charging deserves special consideration in Bhubaneswar.

Potential users can include:

• Electric taxis

• Delivery fleets

• E-commerce vehicles

• Corporate fleets

• Electric three-wheelers

• Institutional fleets

Before depending on a fleet customer, verify:

• Number of electric vehicles

• Daily kilometres

• Battery capacity

• Charging frequency

• Operating shifts

• Return-to-base schedule

• Charging window

• Required turnaround

• Daily energy requirement

A fleet with predictable daily energy requirements can provide more reliable utilisation than random public charging.

SpeedCharge's EV fleet charging guide explains how duty cycles and charging windows influence charger sizing.

Site Feasibility Scorecard

Before investing in an EV charging station franchise in Bhubaneswar, evaluate the property using a structured scorecard.

A property should pass electrical + physical + demand + commercial feasibility before investment approval.

Flooding and Drainage Should Not Be Ignored

Bhubaneswar experiences intense monsoon rainfall, so drainage should be part of charging-site assessment.

Evaluate:

• Historical waterlogging

• Site elevation

• Drainage channels

• Equipment foundation height

• Cable trench design

• Transformer area

• Parking drainage

• Rainwater flow

Electrical equipment should be installed in accordance with applicable safety and manufacturer requirements.

A site that looks ideal in the dry season can create operational risk if the charging bays regularly flood during monsoon periods.

Internet and Communication Requirements

A networked public charging station also requires reliable communication.

Depending on the platform, connectivity can support:

• Charger authentication

• Remote monitoring

• Session data

• Customer payments

• Fault alerts

• Pricing

• Availability status

• Revenue reporting

• Software updates

Check mobile-data strength at the exact charger location rather than assuming good coverage across the neighbourhood.

Where operationally appropriate, redundancy can reduce communication-related downtime.

Safety Requirements

Charging infrastructure should include appropriate safety planning.

This can involve:

• Earthing

• Electrical protection

• Emergency isolation

• Surge protection

• Equipment clearances

• Fire-safety measures

• Lighting

• CCTV

• Bollards

• Cable management

• Warning signage

• Drainage

The exact requirements depend on charger configuration, site architecture and applicable electrical/fire/building regulations.

Safety should be incorporated during engineering design rather than added after commissioning.

Public vs Fleet vs Destination Charging

Identify the customer before selecting the charger.

How to Estimate Charging Demand

A basic energy-throughput model is:

Daily Billable Energy = Charging Sessions per Day × Average kWh per Session

Then:

Monthly Billable Energy = Daily Billable Energy × Operating Days

For example, a charger capable of delivering 120 kW does not automatically sell 120 kWh every hour.

Installed charger capacity and billable energy are different metrics.

Your financial model should use:

• Conservative utilisation

• Base utilisation

• Higher-utilisation scenario

Do not use theoretical 100% charger utilisation for an investment decision.

Property Rights and Site Tenure

A charging project installs infrastructure that may be expensive to relocate.

Before installation, confirm:

• Legal property ownership

• Lease rights

• Charging rights

• Parking rights

• Electrical infrastructure rights

• Signage rights

• Operating hours

• Access rights

• Equipment ownership

• Agreement duration

• Termination process

• Restoration obligations

A short or uncertain property arrangement can create unnecessary investment risk.

Franchise Due Diligence

A franchise structure does not remove the need for project-level due diligence.

Before signing, verify:

• Charger ownership

• Electrical-infrastructure ownership

• Property responsibility

• Electricity responsibility

• Operations responsibility

• Maintenance responsibility

• Software charges

• Customer billing

• Revenue Share definition

• Settlement frequency

• Uptime responsibility

• Major repair responsibility

• Insurance

• Agreement tenure

• Termination

• Equipment treatment at exit

SpeedCharge's EV charging franchise investor guide provides a broader framework for assessing franchise structures, site selection, electrical feasibility, asset ownership and commercial terms.

SpeedCharge FOCO Model

SpeedCharge operates a FOCO — Franchise Owned, Company Operated structure for eligible franchise projects.

Under this model, the franchise investor owns the applicable charging-station asset while SpeedCharge manages defined station operations under the executed agreement.

Depending on the applicable project scope, SpeedCharge can support:

• Site feasibility

• Electrical planning

• Charger configuration

• Procurement

• Civil execution

• Installation

• Testing and commissioning

• Charging software

• Network integration

• Remote monitoring

• Driver billing

• Customer support

• Maintenance coordination

• Performance reporting

SpeedCharge's standard commercial framework uses Revenue Share and Minimum Guaranteed Monthly Payout terminology.

Under the current standard framework, the Revenue Share is ₹7 per eligible kWh/unit, while the Minimum Guaranteed Monthly Payout is ₹20,000 per eligible month for the first 36 months from the Commencement Date, subject to the applicable executed agreement.

If actual monthly Revenue Share is below ₹20,000, only the shortfall required to reach the applicable Minimum Guaranteed Monthly Payout is payable.

If actual Revenue Share is ₹20,000 or more, no additional top-up applies.

After 36 months, the Minimum Guaranteed Monthly Payout ends and actual Revenue Share continues under the applicable agreement.

This contractual mechanism should not be described as guaranteed profit or guaranteed ROI.

Investors should review the current SpeedCharge EV charging station franchise programme and the applicable executed agreement before making an investment decision.

Step-by-Step Bhubaneswar Site Approval Process

Step 1: Define the Customer

Determine whether the station will serve:

• Private EVs

• Taxis

• Fleets

• Employees

• Residents

• Hotel guests

• Commercial vehicles

• Intercity travellers

Step 2: Measure Local EV Demand

Study the property at different:

• Times of day

• Weekdays

• Weekends

Count EV categories separately.

Step 3: Verify Property Rights

Confirm ownership, lease, parking and charging rights.

Step 4: Complete Electrical Feasibility

Verify:

• Sanctioned load

• Spare capacity

• Transformer

• LT/HT requirement

• Panels

• Cabling

• Earthing

Step 5: Design Parking

Check:

• Entry

• Exit

• Turning radius

• Charging bays

• Queueing

• Cable reach

• Safety

Step 6: Map Competition

Identify existing and planned charging stations within the practical catchment.

Step 7: Select Charger Configuration

Match charger power to:

• Vehicle segment

• Dwell time

• Expected sessions

• Daily kWh

• Electrical capacity

Step 8: Calculate Complete CAPEX

Include:

• Charger

• Electrical infrastructure

• Civil work

• Installation

• Software

• Site development

Step 9: Model Utilisation

Use conservative and realistic energy-throughput scenarios.

Step 10: Review Agreement

Verify asset ownership, Revenue Share, operating responsibilities, maintenance and exit terms.

SpeedCharge's EV charging station setup guide explains the broader setup process from site feasibility to commissioning and operation.

Common Site-Selection Mistakes

Choosing a Site Only Because Traffic Is High

Total vehicles do not equal charging demand.

Signing the Lease Before Electrical Survey

Grid upgrades can materially change project cost.

Installing the Highest-Power Charger Possible

Charger power should follow demand and dwell time.

Ignoring Parking Layout

Poor vehicle movement can reduce customer usability.

Ignoring Transformer Capacity

Existing electricity does not prove adequate charging capacity.

Ignoring Future Competition

Bhubaneswar's charging network is expanding.

Treating EV-Ready Parking as Public Charging

They are not necessarily the same infrastructure model.

Ignoring Monsoon Drainage

Waterlogging can create operational and safety problems.

Paying Excessive Rent for Visibility

Charging stations earn through billable energy, not visibility alone.

Assuming City-Wide EV Growth Guarantees Site Demand

Every property needs its own demand study.

Final Bhubaneswar Site Checklist

Before approving a site, verify:

• Target customer

• Relevant EV demand

• Fleet/anchor demand

• Existing sanctioned load

• Spare electrical capacity

• Transformer capacity

• LT/HT requirement

• Load-enhancement requirement

• Electrical panels

• Cable route

• Earthing

• Metering

• Dedicated parking

• Entry

• Exit

• Turning radius

• Charger cable reach

• Queueing

• Drainage

• Lighting

• CCTV

• Internet connectivity

• Existing competition

• Planned competition

• Customer dwell time

• Operating hours

• Property cost

• Site tenure

• Expansion capacity

• Charger configuration

• Complete project CAPEX

• Operating expenses

• Current electricity tariff

• Agreement responsibilities

• Termination terms

The property should pass all four tests:

Demand Feasibility + Electrical Feasibility + Physical Feasibility + Commercial Feasibility

How SpeedCharge Can Support Bhubaneswar Investors

For a proposed EV charging station franchise in Bhubaneswar, SpeedCharge can evaluate the property before the final charging configuration is selected.

Depending on the project and applicable agreement, support can include:

• Site assessment

• Electrical feasibility

• Charger sizing

• Parking-layout planning

• Civil planning

• Installation

• Testing

• Commissioning

• Charging software

• Network integration

• Remote monitoring

• Customer billing

• Maintenance coordination

• Performance reporting

Property owners who want their location evaluated can explore SpeedCharge location partnership opportunities.

Investors interested in owning charging infrastructure can review the SpeedCharge franchise programme.

Conclusion

An EV charging station franchise in Bhubaneswar should be planned as an integrated infrastructure project rather than simply a charger installation.

Electricity capacity determines what the site can technically support. Parking and access determine whether customers can use it conveniently. Local EV and fleet demand determine whether the infrastructure can achieve meaningful utilisation.

Bhubaneswar's charging ecosystem is expanding, Odisha's current electricity framework provides a defined public-charging tariff, and the state's planning framework is increasingly incorporating EV-ready parking. These are positive infrastructure signals, but none replaces individual site feasibility.

The strongest development sequence remains:

Identify Demand → Verify Property → Check Electricity → Design Parking → Select Charger → Calculate CAPEX → Model Utilisation → Review Agreement → Install

For investors, the most important question is not:

“How powerful a charger can we install?”

It is:

“What charging configuration can this property technically support and commercially utilise?”