Part 16 of 20 • Policy & Regulation

🏛️ Policy & Regulatory
Framework

China's 60% subsidies, Norway's 98% EV share, India's FAME-II & PM E-DRIVE — how government policy shapes the EV charging landscape worldwide

Global Models

₹20.9K Cr

India Central Schemes

State Policies

8-12

Approvals Needed

🌍 Global Best Practices

5 Global Policy Models

How the world's top 5 EV markets achieved their success — and what India can learn from each

🌍 5 Different Approaches, 5 Success StoriesChina (subsidies), Norway (tax exemptions), Netherlands (building codes), USA (federal funding), EU (regulation) — each approach works in its context.

🇨🇳

China — Subsidy Model

✅ 8.6M chargers in 8 years

60% equipment subsidy. Govt built first 10,000 chargers. Land priority. Mandatory parking %.

🇳🇴

Norway — Tax Exemption

✅ 98% EV adoption (new cars)

Tax exemptions on equipment. Free parking + charging in early years. World's highest EV share.

🇳🇱

Netherlands — Building Codes

✅ 4:1 EV:Charger ratio (best)

Smart charging mandate in all new buildings. Bidirectional charging standard. Highest density.

🇺🇸

USA — Federal Funding

✅ $7.5B NEVI program

500,000 chargers by 2030. Every 50 miles on highways. 97% uptime. Buy America compliance.

🇪🇺

EU — Regulation (AFIR)

✅ 732K chargers, 24 nations

1 kW per BEV. DC every 60 km. Min 150 kW. Transparent pricing. Coordinated approach.

🌍 Global Policy Comparison

📊 Policy Effectiveness Score

💡 Key Lesson: Government Policy = #1 Success Factor

Every successful EV charging market has aggressive government support as the common thread. China's 60% subsidy, Norway's tax exemptions, and Netherlands' building codes all work. India has strong policies (FAME, PM E-DRIVE) but needs higher subsidy rates and faster implementation to match China's pace.

🇮🇳 Central Govt

India Central Government Policies

₹20,900 Crore in central schemes — FAME-I → FAME-II → PM E-DRIVE — plus PLI and Smart Cities

Policy	Outlay	Timeline	Key Focus
FAME-I	₹750 Cr	2015-2019	Initial EV push
FAME-II	₹10,000 Cr	2019-2024	Mass adoption + charging
PM E-DRIVE	₹10,900 Cr	2024-2027	Next gen EV push
PLI ACC Battery	₹18,100 Cr	2022-2030	Domestic manufacturing
PLI Automobile	₹26,058 Cr	2022-2027	EV components + EVSE
Smart Cities	₹2,000 Cr+	Ongoing	EV infra in 100 cities

📋 MoP Guidelines — Game-Changing Rules

✅

De-licensed Activity

No license needed to set up charging station

💰

Revenue Flexibility

Charge per kWh OR per minute

⚡

Open Access

Buy electricity from any source

🔌

7-Day Connection

DISCOM must connect within 7 days

🏗️

Any Land Usable

No land-use restrictions

📏

BIS Standards

Mandatory safety & quality

🗺️ State Policies

State-Level EV Policy Matrix

9 major states compared on capital subsidy, road tax, EV tariff, land benefits — and overall rating

🇮🇳 State Policy LandscapeDelhi and Gujarat lead with 5-star policies. Maharashtra, Karnataka, TN follow at 4 stars. UP and Telangana are moderate at 3 stars.

State	Capital Subsidy	Road Tax	EV Tariff	Land Benefit	Rating
🏛️ Delhi	₹6,000/kW	100% exempt	₹4.5/kWh	—	⭐⭐⭐⭐⭐
Gujarat	25% equipment	Exempt	₹4.5/kWh	ToD benefit	⭐⭐⭐⭐⭐
Maharashtra	25% equipment	Partial	₹5-6/kWh	—	⭐⭐⭐⭐
Karnataka	Up to ₹1 Cr	Exempt	₹5.5/kWh	—	⭐⭐⭐⭐
Tamil Nadu	—	Exempt	₹6/kWh	Priority	⭐⭐⭐⭐
Rajasthan	25% equipment	Exempt	₹6/kWh	—	⭐⭐⭐⭐
Kerala	—	Exempt	₹6/kWh	Allocation	⭐⭐⭐
Uttar Pradesh	—	100% exempt	₹6.8/kWh	—	⭐⭐⭐
Telangana	—	100% exempt	₹6/kWh	—	⭐⭐⭐

🗺️ State Policy Strength Comparison

📊 Policy Components Coverage

⚠️ Complexity

Regulatory Complexity & Safety

10 agencies, 8-12 approvals, 6-18 months — and safety standards that need strengthening

⚠️ The Approval MazeSetting up ONE charging station requires 8-12 approvals from different agencies, costs ₹50,000-2,00,000 in compliance, and takes 6-18 months. This is the #1 barrier for new operators.

🏛️ 10 Agencies Involved

MoP

Electricity supply, tariff

MoRTH

Highway charging mandates

BIS

Equipment standards

CEA

Grid connectivity norms

CERC/SERCs

Electricity pricing

State DISCOMs

Local power connection

Municipal Corp.

Land use, building permits

Fire Dept.

Safety clearances

Transport Dept.

EV registration, permits

NHAI

Highway location permissions

Impact	Detail
Approvals Needed	8-12 different approvals
Timeline	6-18 months
Compliance Cost	₹50,000-2,00,000
Site Visits	Multiple by different officials

🔐 Safety & Standards

🔐 Declining Fire IncidentsAfter BIS standards in 2022, EV fires declined from 47 (2022) to 23 (2023) to 12 (2024 H1). But 45% still caused by substandard equipment.

🔐 Fire Incidents Trend (India)

⚠️ Safety Causes Breakdown

📋 Recommendations

8 Policy Actions Needed

From single window clearance to right-to-charge law — the policy roadmap for India's EV charging future

📋 The Future: Single Window Digital ClearanceInstead of 8-12 approvals over 6-18 months, a digital single-window system could clear all permits in 7-14 days. This is the #1 policy reform needed.

Single Window Clearance

Very High Impact6 monthsLow Cost

Mandate CCS2 Standard

Very High ImpactImmediateLow Cost

Home Charging Subsidy

Very High Impact6 months₹500 Cr

Right to Charge Law

Very High Impact24 monthsLow Cost

Uniform National Tariff

High Impact12 monthsNeutral

Highway Charging Mandate

High Impact18 monthsMedium

Safety Inspection System

High Impact12 months₹200 Cr

OCPP 2.0 Mandate

High Impact24 monthsLow Cost

📋 Policy Action Impact Assessment

🇮🇳 India vs Global Best Practices

💡 The ₹1 Policy Reform = ₹100 Return

Single window clearance alone could cut setup time from 18 months to 2 months, reducing compliance costs by 70% and accelerating charger deployment 5-8x. Combined with uniform national tariff and CCS2 mandate, these 3 reforms could double India's charger deployment rate. The policy reform ROI is among the highest in infrastructure — every ₹1 of policy reform effort returns ₹100 in accelerated infrastructure.

🏛️ Policy & RegulatoryFramework