A commercial EV charging station in India should be designed around vehicle compatibility, parking duration, available electrical capacity and a clear operating model. Setup cost includes more than the charger: electrical infrastructure, civil works, software and ongoing operations all affect viability. For businesses, the right investment is the charging capacity that can serve realistic demand—not simply the highest-rated equipment.
Start with your customers and operating requirements
Before selecting equipment, define who will charge, when they will arrive and how long they can remain parked. A fleet depot, hotel and highway fuel station may all need charging, but their service requirements differ substantially.
- Fleets: Plan around vehicle return times, departure readiness, daily energy requirements and operational interruptions.
- Hotels: Overnight guests may suit AC charging, while visitors with shorter stays may need a different option.
- Malls: Match charging to shopping duration, parking turnover and the vehicles customers actually drive.
- Offices: Consider employee parking duration, visitor access and whether charging is an amenity or paid service.
- Fuel stations: Assess through-traffic, access, queueing space and the electrical capacity needed for faster charging.
- Charge point operators: Evaluate demand, network visibility, operating responsibilities and expansion potential across locations.
Separate captive demand from speculative public demand. A fleet schedule or employee vehicle survey is a stronger planning input than assuming passing traffic will automatically convert into charging sessions.
Choosing AC versus DC charging
AC charging for longer parking periods
AC charging supplies alternating current to the vehicle, where the onboard charger converts it for the battery. It can suit workplaces, overnight hotel parking and depots where vehicles have time to charge. Actual charging power depends on the vehicle’s onboard charger as well as the charging equipment.
Tecell’s catalogue includes AC options such as Metis 7.4 kW and charging stations rated at 11 kW and 22 kW. A higher-rated AC station does not guarantee that every connected vehicle will accept its full output. Check vehicle specifications before paying for capacity your users cannot use.
DC charging for shorter stops and operational needs
DC equipment converts electricity outside the vehicle and delivers direct current to the battery. It can suit public fast-charging locations and fleets that need charging between duties. Charging performance still depends on vehicle acceptance limits, battery condition, temperature and state of charge.
Connector compatibility is essential. A Type 6 charger intended for compatible vehicles is not interchangeable with a CCS2 charger for compatible cars. Likewise, GB/T equipment should be selected against the actual fleet specification. Confirm connector, voltage range and charging behaviour rather than relying on broad vehicle-category labels.
A mixed AC and DC site may serve different parking durations, but each unit should have a defined role. Avoid adding equipment purely to create a larger-looking station.
Relevant Tecell products and list prices
The following comparison uses published product list prices. These are not complete station setup quotations. Contact sales for installed pricing and confirmation of the configuration, commercial terms and software requirements.
| Product | Power and type | List price |
|---|---|---|
| Ceres 3.3 kW | 3.3 kW AC | ₹18,100 |
| Metis 7.4 kW | 7.4 kW AC | ₹30,100 |
| Tecell 11kW AC EV Charging Station | 11 kW AC | ₹49,999 |
| Tecell 22 kW AC EV Charging Station | 22 kW AC | ₹59,999 |
| Tecell 12kw Dc Wall Box – Type 6 | 12 kW DC; Type 6 | ₹1,99,000 |
| Gale 30 kW | 30 kW DC; CCS2 | ₹4,00,000 |
| Tecell 30KW GB/T Dual Gun Charger | 30 kW; GB/T dual gun | ₹5,96,999 |
| DC Charger (CCS2 + CHAdeMO) | 60 kW DC; CCS2 + CHAdeMO | ₹20,00,000 |
| Tecell 240KW DC Charger | 240 kW DC | ₹25,99,000 |
| CMS – Basic plan | Charge management software | Price on request |
Compare quotations on a like-for-like basis: connector configuration, mounting arrangement, warranty, communications, software charges and service scope. Do not infer that a dual-gun unit delivers its rated power independently through each connector; obtain the equipment’s power-sharing specification.
Site and power requirements
Commission an electrical assessment before finalising the layout. The assessment should establish sanctioned load, existing peak demand, usable spare capacity and whether the proposed charging operation needs a connection or infrastructure upgrade.
Installed charger ratings are not the same as simultaneous site demand. Charging schedules and load management can control demand, but the design must still support the service promised to users. A depot can schedule charging around departures; a public site must consider drivers arriving unexpectedly.
- Electrical route: Assess the distribution board, cable route, metering arrangement, protection, earthing and isolation requirements.
- Physical layout: Check vehicle access, bay dimensions, cable reach, equipment protection and accessible pedestrian routes.
- Environment: Review drainage, exposure, mounting conditions and any ventilation requirements.
- Connectivity: Test the proposed communications method at the actual charger location, especially in basements.
- Expansion: Reserve practical cable routes and equipment space where future demand could justify additional chargers.
A convenient parking bay may still be expensive to electrify if it is far from suitable infrastructure. Assess electrical feasibility and customer convenience together.
What determines EV charging station cost?
There is no universal setup cost for a commercial site. A charger connected near suitable electrical infrastructure is a different project from a public charging hub requiring upstream upgrades, extensive trenching and new amenities.
Build the investment estimate from these components:
- Equipment: Chargers, connectors, mounting equipment and any required accessories.
- Electrical infrastructure: Connection changes, metering, distribution equipment, cables and transformer work where required.
- Civil works: Foundations, trenches, reinstatement, protective barriers and bay signage.
- Software and communications: CMS charges, connectivity, payment integration and agreed transaction fees.
- Commissioning: Testing, configuration, documentation and operator training.
- Operating provision: Maintenance, repairs, support, insurance, rent and staffing where applicable.
Tecell’s EV charging station cost and ROI calculator separates charger installation and optional electrical infrastructure inputs. Replace indicative defaults with assessed site costs before using the result for an investment decision.
Request a written scope identifying inclusions, exclusions, recurring charges and responsibilities. Contact sales for installed pricing rather than treating a product list price as the total project budget.
Commercial EV charging station installation process
- Define the operating brief. Document vehicle types, access hours, charging needs, parking duration and the intended payment model.
- Assess site feasibility. Review demand, electrical capacity, layout, connectivity and permissions with the relevant specialists.
- Develop the design and quotation. Specify chargers, electrical works, civil works, protection, software and commissioning scope.
- Confirm approvals and responsibilities. Establish who handles property consent, DISCOM coordination and applicable inspections before work begins.
- Install and configure. Complete agreed works, connect communications and configure access, tariffs and operating rules.
- Test and hand over. Verify electrical safety, compatible vehicle charging, session records, payments and operator workflows.
- Review live performance. Monitor demand, faults, customer issues and costs before expanding capacity.
Include practical acceptance tests, not just evidence that equipment powers on. Test what happens when communications fail, a session is interrupted or a customer requires a refund. Establish fault escalation and obtain the operating documentation at handover.
Tecell’s EV charging installation services cover residential, commercial, fleet and public deployment contexts. Site-specific engineering and approvals should determine the delivery schedule.
Compliance and policy basics in India
Requirements vary with the location, property, electrical installation and intended use. Confirm the applicable process with your DISCOM, local authorities and qualified electrical professionals; an approval checklist from another state may not fit your project.
Review landowner permission, sanctioned load, metering and tariff arrangements, applicable electrical inspection, fire safety and local construction requirements. At fuel stations, charger siting must also account for the site’s particular safety constraints.
Equipment documentation should establish the standards and certifications applicable to the selected model. OCPP interoperability alone does not establish electrical safety compliance. Software, payments and customer data also require appropriate access controls and security practices.
Use Tecell’s EV charging compliance and policy overview as a starting point for discussion. Verify current scheme rules and eligibility before including incentives in a business case; do not assume that every private commercial site qualifies.
CMS, OCPP, roaming and payments
UnityCharge (Tecell CMS) is Tecell’s charge management software at cms.tecell.in. Tecell’s published capabilities include monitoring, remote diagnostics, load management and analytics. Specify the functions and integrations required for your deployment rather than assuming every software plan includes the same scope.
OCPP, the Open Charge Point Protocol, supports communication between charging equipment and a management system. Confirm the supported protocol version and test the required workflows with the chosen hardware. Compatibility should cover operation, not merely a connection appearing on a dashboard.
ChargeSphere is Tecell’s EV roaming hub, distinct from the CMS. Roaming supports interoperability between charging networks and can widen access to a station. Discuss partner availability, commercial agreements, settlement and live-status sharing before forecasting additional demand.
Define authentication, payment collection, tariff display, receipts, refunds and reconciliation. Tecell’s sources describe support for mobile apps, RFID and payment gateway integration. For fleets, also specify how sessions are allocated to vehicles or departments and reconciled against electricity bills.
Choose an ownership and business model
Own and operate
Ownership can suit businesses seeking control over assets, access policies and pricing. It also places investment and operating responsibilities with the owner unless these are contracted out. Decide whether the objective is charging income, employee service, guest convenience or fleet readiness.
Charger-as-a-Service
Tecell’s published Charger-as-a-Service offering is aimed at RWAs and developers. Tecell installs, owns and maintains charging equipment; the host facilitates space, the electrical connection point and agreed basic civil setup. Electricity cost recovery forms part of the stated model.
Do not assume identical terms apply to a hotel, mall or fuel station. Ask whether your property qualifies and obtain a proposal covering site obligations, pricing, settlement conditions and the contract period.
Franchise
Tecell’s EV charging franchise offering describes modular deployment, management software, ChargeSphere roaming access and lifecycle support. Assess the site-specific agreement, investment scope and operating responsibilities. Published revenue and return projections are indicative, not guaranteed outcomes.
How to assess charging station ROI and revenue
Start with energy delivered and contribution margin, not charger nameplate power. Gross charging revenue is the billed energy multiplied by the realised selling price, with any other agreed charges treated separately. Electricity costs and revenue-linked fees reduce that revenue before fixed operating costs are considered.
The Tecell calculator expresses net margin per kWh as driver price minus electricity cost minus the transaction fee applied to driver price. For your business case, additionally account for applicable demand charges, maintenance, rent, staffing, insurance, financing and other site overheads. Avoid counting the same cost in multiple categories.
Create conservative, base and optimistic utilisation cases. Base them on vehicle demand, charging duration, operating hours and expected repeat usage. A charger can be occupied without delivering its rated output continuously, so active hours alone do not establish energy sales.
Measure these indicators after launch:
- Energy delivered and realised revenue per session.
- Repeat users, charging demand and bay availability.
- Contribution after energy and transaction costs.
- Downtime, failed sessions and maintenance expense.
- Monthly operating cash flow against the original plan.
For captive fleets, evaluate cost and readiness against the alternative charging arrangement rather than inventing public charging revenue. For hospitality and retail, keep charging income separate from any wider customer-service benefits.
Use the Tecell ROI calculator to explore assumptions, and read the charging station revenue breakdown for the role of utilisation, margin, downtime and discoverability.
Buying and decision checklist
- Have you verified demand and vehicle connector compatibility?
- Does charger power match parking duration and vehicle acceptance?
- Has usable electrical capacity been assessed professionally?
- Are approvals, metering and tariff arrangements confirmed?
- Does the quotation clearly separate equipment, works and recurring fees?
- Have CMS, connectivity, payments and roaming requirements been tested?
- Are maintenance ownership, escalation and service terms documented?
- Does the conservative case cover operating costs?
- Are expansion decisions tied to measured demand?
How Tecell can help
Tecell provides charging hardware, installation services, management software and deployment models for different property and operator requirements. Its EV charging case studies describe implementations involving electrical integration, access control, monitoring and billing.
Explore the AC and DC charger range, discuss commercial installation requirements, or review the franchise model. RWAs and developers can also consider the Charger-as-a-Service programme.
Contact Tecell for a site-specific proposal with your location, vehicle mix, parking plan, electricity connection details and operating objectives. Request installed pricing and a clearly defined hardware, software and service scope.
Frequently asked questions
What does a commercial EV charging station cost in India?
Total cost depends on equipment, available electrical capacity, cable routes, civil works, software and service scope. Product list prices are only part of the investment. Obtain a site assessment and contact sales for installed pricing before setting the project budget.
Should a business choose AC or DC charging?
AC can suit longer parking periods, such as offices and overnight stays. DC can suit shorter stops and operational charging needs. Select equipment against vehicle compatibility, charging acceptance, parking duration and electrical capacity; a mixed site may be appropriate.
Can an EV charging station business be profitable?
Profitability depends on utilisation, realised pricing, electricity costs, transaction fees and operating overheads. Reliable equipment and discoverability also matter. Assess conservative demand and cash flow rather than treating published return projections as guaranteed earnings.
What approvals are needed for EV charging station setup?
Requirements depend on the state, DISCOM, property and installation. Confirm property permission, connection and metering arrangements, applicable electrical inspection, local permissions and fire safety requirements with the relevant authorities and qualified professionals before installation.
What is the difference between UnityCharge and ChargeSphere?
UnityCharge (Tecell CMS) is the charge management software used to manage charging operations. ChargeSphere is the EV roaming hub supporting interoperability between networks. Confirm the required management functions and roaming arrangements in your deployment proposal.
Is Tecell Charger-as-a-Service available to every commercial property?
Tecell’s published offering targets RWAs and developers, including residential and mixed-use development contexts. Other commercial properties should contact Tecell to confirm suitability and terms. Obtain written responsibilities for space, electrical connection, civil setup, maintenance and settlement.