India is increasingly becoming a key market for electric vehicle (EV) charging infrastructure. For companies involved in the EV charging pile and charging module sectors, gaining a deep understanding of the market is crucial before selecting products for projects in India.This article provides an overview of the Indian EV charging market, outlines the key standards applicable to charging equipment, and highlights the critical factors that buyers of charging modules should consider when making a purchase.
India’s EV Charging Market Is Expanding
In fact, the charging market in India has long since expanded beyond just electric passenger cars.
The charging infrastructure guidelines issued by the Indian government in 2024 explicitly cover private, semi-restricted, and public charging locations, specifically including office buildings, hospitals, residential complexes, bus depots, gas stations, airports, railway stations, and highway corridors.
The planned infrastructure encompasses not only passenger vehicles but also electric two-wheelers, three-wheelers, buses, and trucks.
This demonstrates that the Indian market is not limited to a single product category; charging requirements vary significantly depending on the vehicle type and application scenario.
For instance:
- Light electric vehicles may utilize relatively low-power charging equipment.
- Passenger vehicles are increasingly adopting DC fast-charging technology.
- Electric buses and trucks require much higher-power charging equipment.
- Highway charging scenarios demand equipment capable of withstanding continuous outdoor operation and high-frequency usage.
What Are the Main EV Charging Levels in India?
For DC charging, the Ministry of Power’s 2024 guidelines identify DC charging from 50 kW to 250 kW as a major category for passenger vehicles and larger vehicles. They also identify 250 kW to 500 kW high-power DC charging for buses and trucks.
A simplified view is:
| Application | Typical Charging Type | Main Consideration |
| Electric 2W / 3W | Low-power AC or DC | Compact size and appropriate charging interface |
| Passenger EVs | AC and DC fast charging | Charging speed, compatibility and cost |
| Electric buses | High-power DC charging | High power output and continuous operation |
| Electric trucks | High-power DC charging | High energy demand and suitable charging infrastructure |
| Highway charging | DC fast charging | Power, reliability and outdoor operating conditions |
DC Charging Is Becoming More Diverse
The Indian market is also moving beyond the traditional single-gun passenger-car charger. The introduction of dual-gun DC EVSE is one example. Dual-gun equipment can support simultaneous charging or different power-delivery configurations, which can be useful for public charging stations and fleet applications. BIS included dedicated requirements for this type of equipment in IS 17017 Part 30:2025.
At the higher-power end, buses and trucks are also becoming part of India’s charging infrastructure planning.
This creates demand for charging systems with higher power ratings, wider output voltage ranges, and greater requirements for thermal management and long-term reliability.
For charging module suppliers, this means that the market is gradually moving from a simple “one charger, one specification” model toward more application-specific configurations.
What Should Buyers Look for When Sourcing Modules for India?
For buyers looking for DC charging modules for the Indian market, a practical starting point is to define the complete application first.
For example:
Application: Public DC charger
Target power: 120 kW
Vehicle: Passenger EV
Module configuration: Multiple power modules
Required output: High-voltage DC
Market: India
Key requirements: Efficiency, harmonic performance, cooling, communication and available test documentation
The same approach applies to higher-power chargers for buses and trucks, where module power, output range, thermal performance and system integration become even more important.
What Is Changing in the Indian Market?
India’s charging infrastructure is moving toward a broader range of charging applications rather than relying on a single charger configuration.
Government programs are supporting public charging infrastructure, while the standards framework is expanding to cover different equipment types and charging configurations. At the same time, higher-power DC charging is becoming more relevant for commercial vehicles and long-distance transport.
For equipment manufacturers and component buyers, this creates opportunities for different types of charging modules rather than one standard module specification. The market is therefore worth watching not only from the perspective of EV sales, but also from the perspective of power electronics, charging equipment, and supporting components.
Including, but not limited to:
- Grid connection
- Upstream electrical infrastructure
- Charging equipment
- Vehicle compatibility
- Communication
- Protection and safety
- Site conditions
- Operation and maintenance
Allblue can help customers source EV charging modules for different applications, including passenger EV charging, commercial vehicles and high-power DC charging systems, based on required electrical specifications and project requirements.