Your definitive guide to electric vehicle charging requirements in India.

Introduction: EV Charging Is No Longer a Hardware Problem ,  It’s an Infrastructure Discipline

If you Google “how to set up an EV charging station in India”, you’ll find cheerful checklists telling you to “buy a charger, arrange a parking spot, and apply for a load connection.”

Anyone who has ever operated a real charging site knows the truth:
EV charging isn’t a plug-and-play business. It’s a system of power, compliance, safety, uptime, software, and location economics, and most stations fail because they underestimate these fundamentals.

In this guide, we’ll break down every electric vehicle charging requirement you need to build, run, and maintain a profitable charging infrastructure in India, based on insights from Kazam’s 110,000+ chargers deployed across 15 countries.

This is the deep-ops guide the internet has been missing.

1. Electric Vehicle Charging Requirements: A Quick Overview

Setting up an EV charging station requires aligning five major components:

1. Technical requirements

• Charger type
• Connector type
• Power rating
• Grid availability
• Load approval
• Safety systems
  

2. Compliance requirements

• DISCOM approvals
  
• CEIG certification for high-capacity chargers
  
• Fire safety
  
• Metering standards
  
• BIS-certified hardware
  

3. Site infrastructure

• Parking
  
• Lighting
  
• Signage
  
• Cable management
  
• Weather-proofing
  

4. Software requirements

• OCPP-based charger management
  
• Remote monitoring
  
• Billing & payments
  
• Uptime automation
  
• Firmware updates
  

5. Commercial requirements

• Revenue model
  
• Location economics
  
• Utilisation strategy
  
• Franchise structure
  

This guide breaks down all five layers in detail.

2. Understanding Charger Types, Speeds & Connector Guns

The first decision you make, which chargers to install, will determine your cost, load requirement, customer segment, and revenue potential.

Let’s break this down clearly.

AC vs DC Charging (and when to use each)

AC Chargers (Slow to Moderate Charging)

• 1.1 kW–22 kW
  
• Best for: homes, offices, 2W/3W fleets, long-parking hubs
  
• Pros: low cost, low load, high compatibility
  
• Cons: slow charging for cars & commercial fleets
  

DC Chargers (Fast Charging)

• 15 kW–360 kW
  
• Best for: taxis, autos, highways, commercial hubs, bus depots, truck depots
  
• Pros: fast charging, higher revenue per hour
  
• Cons: expensive, high load requirement, strict compliance
  

Charger Types Commonly Used in India

Charger Type	Power	Use Case	Vehicles
AC001	3.3 kW × 3 guns	Fleets, 2W/3W	2W, 3W
AC Type 2	7–22 kW	Public, home, malls	Cars
Bharat DC001	15 kW	Legacy fleets	Autos, older EVs
CCS2	30–240 kW	Industry standard	Cars, LCVs, buses
GB/T	10–60 kW	Buses, some 3W	Buses, 3W
Pantograph	150–450 kW	e-buses	Public buses

CCS2 is becoming India’s universal standard, driven by all major OEMs.

Connector Compatibility by Vehicle Segment

• 2W: portable chargers, AC001, Type 2 (rare)
  
• 3W: Bharat DC001, GB/T, emerging CCS2
  
• 4W: Type 2 (slow), CCS2 (fast)
  
• LCVs: CCS2
  
• Buses: CCS2 or Pantograph
  

Kazam field insight: ~82% of new 4W EV models in 2024+ ship with CCS2, making it the safest long-term investment for high-traffic centers.

3. Approvals & Standards Required for EV Charging Stations in India

Most people believe “no license required” means “no approvals needed.”

Not true.

You don’t need a petrol pump–style license.
You do need power, safety, and installation clearances.

1. DISCOM Approvals

• New connection OR load enhancement
  
• Feeder availability check
  
• Transformer capacity check
  
• TOD tariff applicability
  

2. CEIG Approval

Required for:

• Chargers above 9.9 kW in many states
  
• All high-tension connections
  
• Bus/truck depot chargers
  

This involves:

• Drawings
  
• Earthing report
  
• Installation audit
  
• Final inspection
  

3. Fire Department NOC

Mandatory for:

• Public charging stations
  
• Basement installations
  
• Commercial buildings
  

4. Municipal Permissions

Required for:

• Signage
  
• Civil work
  
• Cabling pathways
  
• Road cutting
  

5. Technical Standards

You must meet:

• BIS-certified chargers
  
• CEA safety guidelines
  
• OCPP 1.6/2.0.1 compatibility
  
• Proper RCD/MCB/ELCB protection
  
• Earthing & grounding standards
  
• Energy metering standards
  

4. How to Become an EV Charging Franchise in India

The fastest-growing model in 2025 is the EV charging franchise, driven by malls, hotels, fuel stations, and small businesses.

Franchise Requirements

You must have:

• Parking space (at least 100–400 sq ft)
  
• Load availability (7 kW–100 kW+)
  
• Internet access (4G/WiFi)
  
• Permission from landowner
  
• Basic safety installations
  

Business Models

🔹 1. CapEx Model

You buy the chargers
→ earn full revenue.

🔹 2. OpEx Model

Company installs chargers
→ you earn revenue share.

🔹 3. Franchise Model

You buy chargers + brand supports operations
→ shared marketing, maintenance, uptime.

Typical ROI

• AC charger ROI: 18–30 months
  
• DC charger ROI: 30–48 months
  
• Depot charging ROI: contract-based
  

5. Choosing the Right Location for Your EV Charging Station

EV charging is a location × dwell-time × load availability game.

Best Locations for High Revenues

• Malls & shopping centers
  
• Office complexes
  
• Fuel stations
  
• Highway eateries
  
• Fleet hubs
  
• Metro stations
  
• Residential societies (for slow AC)
  
• Public parking zones
  

Load Example

• 1 DC 30 kW charger → requires ~35 kW sanctioned load
  
• 1 DC 60 kW charger → requires ~70 kW
  
• 2 AC chargers → 7–14 kW
  

Avoid Sites Like

• Low-traffic standalone lots
  
• Areas with transformer constraints
  
• Basement locations lacking ventilation
  
• Unlit or unsafe parking zones
  

6. Safety Guidelines for EV Charging Infrastructure

A charging station is an electrical installation, not a gadget.
Safety must be non-negotiable.

Electrical Safety

• Proper earthing (≤1 Ohm)
  
• Surge protection
  
• MCB + RCD protection
  
• Weather-rated cables (IP-65/IP-67)
  
• Sealed conduit pathways
  

User & Site Safety

• Bollards to protect chargers
  
• Waterproof enclosures
  
• Adequate lighting
  
• Clear signage
  
• CCTV monitoring
  

Fire Safety

• CO2 extinguishers
  
• Fire NOC compliance
  
• Isolation transformer for DC chargers
  

Field note from Kazam: 42% of failures in early EV sites came from poor civil/electrical workmanship, not the charger itself.

7. Maintenance Requirements for EV Charging Infrastructure

A 50 lakh charger serving 0 sessions is worth ₹0.
Maintenance protects revenue.

Preventive Maintenance

• Monthly earthing check
  
• Periodic thermal scanning
  
• Cable health inspection
  
• Connector cleaning
  
• Hardware tightening
  

Remote Maintenance (Software-Led)

• Firmware updates
  
• Remote reboot
  
• Fault diagnostics
  
• Uptime tracking
  
• Energy metering correction
  
• Automated anomaly rectification (Kazam feature)
  

Field Maintenance

• Technician visits
  
• Break-fix SLAs
  
• Spare parts stocking
  
• Charger life-cycle management
  

8. Government Policies Supporting EV Charging (2025)

Key National Policies

• PM e-Drive: supports public charging
  
• FAME II: OEM incentives indirectly supporting infra
  
• EV Tariff Orders: lower electricity tariffs in many states
  
• Battery Swapping Policy (draft)
  

State EV Policies Offering Support

• Delhi EV Policy
  
• Maharashtra EV Policy
  
• Karnataka EV Policy
  
• Telangana EV Policy
  
• Tamil Nadu EV Policy
  

Benefits include:

• Subsidies
  
• Stamp duty rebates
  
• Electricity duty exemptions
  
• Fast approvals
  
• TOD tariff benefits
  

9. The Kazam Advantage: Built for India’s Grid Reality

Most stations fail not because of hardware, but because of software, uptime, and grid realities.

Kazam solves this end-to-end:

Smart Hardware Built for Indian Operating Conditions

• IoT-enabled chargers
  
• Works with unstable grids
  
• Temperature & load adaptive behavior
  
• 15-country certified

Kazam CMS/EMS

A digital layer that keeps chargers working, compliant, and revenue-ready:

• Remote diagnostics
  
• OTA firmware updates
  
• 95% uptime guarantee
  
• Load balancing
  
• Smart billing
  
• Anomaly rectification
  
• P2P energy trading readiness
  
• Renewable integration
  
• Demand response modules
  

Deployment DNA

• 110,000+ chargers deployed
  
• Across 15 countries
  
• Partnership with utilities, OEMs, and government bodies
  
• Deep experience across fleets, depots, highways, societies, and international markets
  

Kazam is not a vendor; it’s an infrastructure partner.

10. How to Maintain Your EV Charging Infrastructure (SOP Guide)

Here’s a real-world maintenance flow used by fleet depots:

Daily

• Check internet connectivity
• Check cable condition
• Visual inspection
  

Weekly

• Review charger logs
• Reboot if required
• Energy reconciliation
  

Monthly

• Thermal scan
• Firmware update
• Uptime report
• Audit billing meters
  

Annually

• Earthing pit test
• Safety audit
• CEIG recertification (if required)
  

11. Frequently Asked Questions

1. What are the basic electric vehicle charging requirements?

You need the right charger type, load availability, safety systems, compliance approvals, and software.

2. How much land is needed?

• AC station: 100 sq ft
  
• DC fast charging: 300–400 sq ft
  
• Bus depot: variable (route planning dependent)
  

3. What is the total cost to set up an EV charging station?

• AC: ₹80,000–₹2.5 lakh
• DC: ₹10–50 lakh
• Depot: custom (₹1–7 crore)
  

4. How much power is required?

• AC charger: 3.3–22 kW
• DC fast charger: 30–250 kW
• Depot: 500 kW–multi-MW

5. Do I need a license?

No license, but approvals required.

6. Can I run chargers on solar?

Yes, but large DC chargers still need grid backup.

7. Who installs the charger?

Authorized electrical contractors + OEM-certified integrators like Kazam.

Conclusion

Setting up an EV charging station isn’t a purchase, it’s a project. Success depends on choosing the right chargers, securing the right load, meeting compliance requirements, operating safely, and maintaining uptime.

If you want a partner that handles all five layers, hardware, software, compliance, maintenance, and energy intelligence, Kazam is built for exactly this.