Quick Answer – BIS Certification for EV Chargers is a mandatory compliance requirement for notified EV charging equipment in India. The applicable requirements are covered under the Indian Standard (IS 17017) series, which addresses different aspects of EV charging systems, including electrical safety, charging functions, connectors, communication, EMC, and DC charging equipment. The certification process generally involves identifying the applicable Indian Standard, preparing technical and factory documents, submitting the product for testing at a BIS-recognized laboratory, and completing the BIS review. With the experience of 10+ years, Brand Liaison helps manufacturers to get the certification smoothly and understand the IS 17017 series requirements.
Introduction
In the changing mobility landscape, Electric vehicles are becoming an important part of transportation. With the rise in the number of electric cars, two-wheelers, three-wheelers, buses, and commercial vehicles, the need for safe and reliable EV chargers is also increasing. This charger connects the electrical network with the vehicle and controls the transfer of electrical energy to the vehicle's battery, so safety and electrical performance are important considerations.
In India, the Bureau of Indian Standards (BIS) has developed the BIS CRS Registration and relevant Indian Standards for electric vehicle conductive charging systems. The IS covers different aspects of EV charging equipment, including general requirements, AC and DC charging equipment, connectors, communication, and protection.
In this blog, we will explain BIS Certification for EV Chargers, the relevant IS 17017 standards, applicability, documents, testing requirements, certification process, and how Brand Liaison can support businesses through the compliance process.
What Is BIS Certification for EV Chargers?
BIS Certification for EV chargers is a mandatory compliance requirement to ensure that the product meets the applicable Indian Standard. For EV charging equipment, the requirements depend on the type, design, configuration, and intended use of the charger.
The Bureau of Indian Standards, the national body, issues BIS CRS Certification in India. It ensures that the products meet the required safety and performance standards before being sold in the Indian market.
Why Is BIS Compliance Important for EV Chargers?
In India, EV chargers handle a large amount of electrical power and operate directly between the power source and the vehicle. A design or component issue can affect electrical safety, charging performance, communication, or protection functions.
BIS standards help establish consistent technical requirements for these products. Proper compliance can also make it easier to ensure that the product has been assessed against the relevant Indian requirements.
However, BIS officials maintain testing facilities and recognized laboratory arrangements for standards in the IS 17017 series. Its laboratory database currently lists testing capability for standards such as IS 17017 Part 1, Part 2 Section 1, and Part 23.
Which BIS Indian Standard Applies to EV Chargers?
IS 17017 is the applicable Indian Standard for EV chargers. The IS 17017 series provides requirements for electric vehicle conductive charging systems.
Some important standards include:
- IS 17017 Part 1:2018 – General Requirements
- IS 17017 Part 2 – Plugs, Socket-Outlets, Connectors and Vehicle Inlets
- IS 17017 Part 21 – EMC Requirements
- IS 17017 Part 22 – AC Charging Configurations
- IS 17017 Part 23 – DC EV Supply Equipment
- IS 17017 Part 24 – Digital Communication for DC Charging
- IS 17017 Part 25 – DC EVSE With Electrical Separation
- IS 17017 Part 30:2025 – Dual-Gun DC EVSE
What Are The Key Objectives of IS 17017?
IS 17017 standard covers many important aspects of EV supply equipment, including its connection with the vehicle, operating conditions, electrical safety, and related charging functions.
The key objectives of IS 17017 include:
- Ensuring electrical safety
- Supporting safe power transfer
- Improving charging reliability
- Standardizing charging connections
- Supporting communication between EV and charger
- Addressing electromagnetic compatibility
- Creating consistent charging requirements
This Indian Standard is intended to provide a common technical foundation for the safety, functionality, compatibility, and reliable operation of conductive EV charging systems.
Important: Always Keep Track of Changes to EV Charger Indian Standards
EV charging technology is developing quickly. Indian Standards are also being updated as new charging configurations and technical requirements emerge. For example, BIS's current information includes IS 17017 Part 30:2025 for dual-gun DC EVSE, while its laboratory database reflects current testing arrangements for multiple parts of the IS 17017 series.
There have also been updates to the digital communication standard, including an amendment to IS 17017 Part 24 published in 2026. Therefore, manufacturers should avoid depending indefinitely on an old test report, previous technical specification, or an outdated understanding of the applicable standard.
What are the Different Types of EV Chargers Covered Under BIS CRS Registration?
Based on the charging method and power capacity, EV chargers are available in various types for sale. Here is a list of different types of EV chargers:
1. AC EV Chargers
AC chargers are used for regular and overnight charging. They are a suitable choice for homes, offices, apartments, and other locations where vehicles remain parked for longer periods.
- Power range: Commonly around 3.3 kW to 22 kW
- Common usage: Homes, offices, apartments, and commercial premises
- Relevant standard: IS 17017 Part 22, depending on the charger configuration
2. DC EV Chargers
DC chargers provide faster charging. These are used where vehicles require charging in a shorter time. Common places with these chargers installed are public charging stations, commercial locations, highways, and other high-use areas.
- Power range: Varies according to the charger design and application
- Common usage: Public charging stations, highways, commercial locations, and fleet operations
- Relevant standards: Applicable parts of IS 17017, including Part 23 and other relevant sections, depending on the product
3. Special EV Chargers
This special EV charging sector includes newer and specialized charging features. These have specific technical requirements based on their design and intended application.
For example:
- Dual-gun DC charging equipment
- Charging equipment for light electric vehicles (LEVs)
- Other specialized EV supply equipment
What are the New EV Safety Standards Supporting Safer EV Charging?
BIS regularly develops new Indian Standards or updates them, covering different aspects of electric vehicles and their safety.
Here are some of the examples:
- IS 18590:2024: It covers safety requirements related to the electric powertrain of L-category vehicles.
- IS 18606:2024: It covers safety requirements for the electric powertrain and rechargeable electrical energy storage system of M and N category vehicles.
- IS 18294:2023: It covers safety and construction requirements for e-rickshaws and e-karts.
Thus, these standards form part of the wider EV safety framework in India. Understanding the relevant requirements is important for manufacturers. Therefore, they should check the latest applicable BIS standards and requirements for their specific charger before beginning the certification and testing process.
Does Every EV Charger Follow the Same BIS Certification Process?
This is one of the most important points for manufacturers and importers. The BIS certificate process depends on the exact product and applicable Indian Standard. Factors such as the charger type, AC or DC configuration, electrical ratings, connector arrangement, communication features, product design, manufacturing location, and applicable conformity assessment requirements can affect the process.
Therefore, businesses should avoid starting testing based only on a general statement such as "IS 17017 applies."
Who Requires BIS CRS Certification for EV Chargers?
Manufacturers that manufacture and sell notified EV charging equipment in the market should get the BIS license before commercial activity.
This can include:
- Indian manufacturers to sell in India
- Foreign manufacturers who export to India
- Businesses supplying charging equipment for commercial projects
Note: Importers and Traders cannot directly apply for BIS Certification. They need to request a copy of the certification from the actual manufacturer for importing and selling the notified product in the Indian market.
What Does BIS Testing for EV Chargers Cover?
Testing is a major part of the compliance process. The exact tests depend on the applicable standard and product configuration. The IS 17017 requirements can cover areas such as:
- Electrical Safety
- Charging Functions
- Overload and Short-Circuit Protection
- Temperature and Construction
- Communication
- Connector and Interface Requirements
- Electromagnetic Compatibility
- Marking and Instructions
What are the Documents Required for BIS Certification?
The list of documents varies depending on the product type. However, manufacturers should generally prepare a technical and business documentation package in advance. Common documents include:
- Trademark/ Brand Registration Certificate
- Factory address proof
- Lab test reports of the product
- PCB layouts & Critical Component Lists (CCL)
- Product user manual
- Appointment of AIR (Authorized Indian Representative) in case you are a foreign manufacturer
For foreign manufacturers, additional documents, such as appointment of an Authorized Indian Representative, are required depending on the applicable BIS route.
Moreover, the documents should be accurate and match the actual product submitted for testing. Differences between the technical documents, sample, nameplate, and final production model can create questions and delays in the process.
What is the BIS CRS Registration Process for EV Chargers?
Here is the simple breakdown of the steps involved in the CRS registration process for EV Chargers:
1. Identify the Applicable Indian Standard
The first step is to understand exactly which part of IS 17017 applies to the EV charger. The notified product's electrical ratings, charging architecture, connectors, communication features, and intended use should be reviewed.
2. Prepare the Documents
Once the applicable standard is identified, the documents should be prepared in advance. Ensure that these are accurate and correct to avoid any delay or rejection.
This is an important stage because incorrect document submission can lead to more time consumption for getting the approval.
3. Submit the BIS Application
Once the documents have been prepared, the required documents are submitted to the BIS authorities to initiate the BIS application process.
The application information should accurately represent the product, manufacturer, factory, brand, model, and technical specifications.
4. Find an Appropriate BIS-Recognized Laboratory
The required product testing should be carried out through an appropriate BIS-recognized laboratory or testing arrangement applicable to the certification process.
BIS's laboratory database currently shows testing listings for several IS 17017 standards. For example, current listings include laboratories for IS 17017 Part 1, Part 2 Section 1, and Part 23.
6. Testing of the Product
The required product samples are sent to the selected laboratory. The laboratory conducts the applicable tests according to the relevant Indian Standard.
For EV chargers, testing can be extensive because the standard may cover electrical safety, charging functions, communication, interfaces, construction, protection, EMC, and marking.
7. Approval of BIS Certification
After successful completion of the applicable assessment and fulfillment of BIS requirements, the relevant certification or licence can be granted.
The manufacturer can then follow the applicable marking, labelling, production, and post-certification requirements.
Also Read: How to Check BIS Certificate Online?
How Long Does BIS Certification for EV Chargers Take?
There is no single fixed timeline that applies to every EV charger.
The overall duration can depend on:
- Product readiness
- Applicable IS 17017 part
- Number of models or variants
- Test results
- Documentation accuracy
- BIS queries
- Applicant response time
Testing itself can be a significant part of the overall timeline, particularly for complex DC charging equipment. But it usually takes:
- For primary lead models: 25-30 working days
- For subsequent lead models: 15-20 working days
Note:
The duration can be reduced if the applicant submits all necessary information and documents promptly. The final duration will be subject to the description of the BIS office.
What Are the Benefits of BIS Certification for EV Chargers?
The following are the benefits of BIS Certification for EV Chargers:
Supports Legal Compliance
Meeting the applicable BIS requirements helps businesses address Indian product compliance requirements relevant to their EV charging equipment.
More Sales
Certification and conformity with applicable standards can give customers greater confidence that the product has been assessed against relevant technical requirements.
Increased Market Opportunities
BIS compliance is relevant when businesses participate in procurement programmes, government supply arrangements, infrastructure projects, and other commercial opportunities where Indian Standards are specified.
Product Safety
The IS 17017 series addresses important areas such as electrical protection, charging functions, interfaces, construction, communication, and other technical requirements.
Smooth Indian Market Entry
Completing the appropriate certification process before commercial sale reduces the risk of discovering major technical or documentation gaps later.
What Are The Things To Avoid During EV Charger Certification?
The following are the things that manufacturers should avoid to get the BIS license for legal sale in the Indian market:
- Starting testing without confirming the standard
- Using inconsistent product information
- Ignoring product variants
- Treating IEC compliance as BIS Compliance
- Waiting until product launch
How Can Brand Liaison Assist with BIS Certification?
BIS certification for EV chargers involves more than submitting an application. Manufacturers need to understand the applicable standard, prepare the right documents, complete testing, and respond properly to certification-related requirements.
Brand Liaison is the best BIS Certification Consultant in Delhi with 10+ years of experience, 5000+ certificates, 1000+ BIS projects, and 500+ FMCS projects. Our expert team provides support with:
- Checking eligibility for a BIS license
- Identifying the relevant Indian Standard
- Preparing the required documents
- Coordinating with BIS-recognized laboratories for product testing
- Assisting with application submission
- Coordinating communication and follow-ups
- Solving technical or documentation queries
- Post-certification compliance support
For foreign manufacturers, Brand Liaison provides support with additional compliance requirements, such as acting as an AIR for entering the Indian market.
Conclusion
For manufacturers and importers, the first step should not simply be to ask for a "BIS registration for an EV charger." The right approach is to identify the exact product, determine the applicable Indian Standard, understand the conformity assessment requirements, and then proceed with testing and certification.
Brand Liaison helps manufacturers navigate this process, from eligibility assessment and laboratory coordination to documentation, application support, follow-ups, and post-certification compliance.
If you are planning to import or sell EV charging equipment, connect with Brand Liaison, a top BIS Certification Consultant in India, to understand the applicable BIS requirements for your product.
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