EV Charger Certification in India

Electric vehicle chargers handle high electrical loads, communicate with vehicles and remain exposed to repeated public use. A defect in insulation, protection, communication, thermal management or connector design can damage the charger, vehicle or electrical installation and create a risk for users.

Understanding EV charger certification in India is therefore essential for manufacturers, importers, charging-point operators, commercial buyers and property owners. The correct compliance path depends on the charger type, rated power, connector, intended use, applicable Indian Standard and current regulatory requirements.

One major mistake is treating BIS certification, laboratory testing and CEA compliance as three interchangeable certificates. They are different compliance layers. A test report does not automatically equal a BIS licence, and compliance of the charger product does not prove that the site installation is electrically safe.

Quick Answer: Which Certifications Do EV Chargers Need?

The three major compliance layers are:

1. BIS standards and product conformity for the charging equipment

2. Testing by competent or recognised laboratories, including ARAI, CPRI or other eligible facilities, depending on the product and required test scope

3. CEA and installation compliance covering electrical safety, earthing, protection, connection and commissioning at the charging site

The exact route for EV charger certification in India should be confirmed before manufacturing, importing, selling or installing the product. Not every charger automatically requires the same certificate, scheme, test agency or approval.

Manufacturers should verify the current product-specific requirements directly with BIS, the relevant testing body and a qualified compliance professional instead of relying on a supplier’s generic claim.

Why EV Charger Certification Matters

EV charger certification and testing help demonstrate that equipment has been evaluated against specified safety, performance and interoperability requirements.

The process can help assess:

• Protection against electric shock

• Insulation

• Leakage current

• Temperature rise

• Overcurrent protection

• Short-circuit behaviour

• Mechanical strength

• Connector safety

• Environmental protection

• Electromagnetic compatibility

• Vehicle communication

• Emergency shutdown

• Marking and instructions

• Charging performance

• Software-controlled safety functions

Proper EV charger certification in India also helps buyers distinguish between documented conformity and unverified marketing statements such as “international quality,” “CE approved,” “BIS-ready” or “tested design.”

A commercial buyer should request the actual standard number, charger model, test report, certificate holder, licence details and validity instead of accepting a logo on a brochure.

Important Difference: Standard, Testing and Certification

These terms are frequently used incorrectly.

Standard

A standard specifies technical requirements or test methods. For EV charging equipment, this may include construction, electrical safety, communication, connectors and performance.

Test Report

A laboratory test report records how a specific sample performed against a stated standard and test scope.

Certification or Licence

Certification is issued under a defined conformity-assessment scheme after the applicant meets the applicable requirements. It may include testing, document review, factory assessment, surveillance or other conditions.

Type Approval

Type approval confirms that a particular product type or configuration meets requirements under the relevant approval framework. It is not automatically required for every charger in the same way.

Installation Compliance

Installation compliance relates to how the charger is connected and operated at a particular site. It can include sanctioned load, cables, protection, earthing, metering, inspection and commissioning.

A compliant product can still be installed incorrectly. Similarly, a safe-looking installation does not prove that the charger model meets the applicable product standard.

The Three Major EV Charger Compliance Types

These layers may overlap, but they should not be combined into one blanket claim.

Type 1: BIS Standards and Product Conformity

The Bureau of Indian Standards develops and publishes Indian Standards and operates conformity-assessment schemes.

The IS 17017 series is central to conductive EV charging systems in India. Different parts address different equipment, interfaces and technical requirements. The correct part depends on whether the product is an AC charger, DC charger, portable unit, wallbox, charging station or another EV supply configuration.

The official EV charging standards overview explains the broader standards framework.

The EV charger certification in India process cannot be reduced to the statement that every charger automatically follows one identical BIS route. The manufacturer or importer must verify:

• Applicable Indian Standard

• Product category

• Current quality-control requirements

• Certification scheme

• Testing requirements

• Factory requirements

• Marking conditions

• Surveillance obligations

• Model or series coverage

• Import requirements

BIS explains that its certification schemes are generally voluntary, while compliance is made compulsory for specified products through government requirements. The current status of the relevant charger category should therefore be checked before making a mandatory-certification claim.

What Does IS 17017 Cover?

The IS 17017 family addresses important aspects of conductive EV charging.

Depending on the relevant part, the requirements may relate to:

• General charging-system requirements

• AC charging equipment

• DC charging equipment

• Protection against electric shock

• Vehicle-to-charger communication

• Connector and interface requirements

• Electromagnetic compatibility

• Equipment construction

• Functional safety

• Marking

• Environmental conditions

• Testing

The official Indian Standards portal can be used to search for current standard details.

A supplier should identify the exact part and edition used during testing. Writing only “IS 17017 compliant” without identifying the applicable part may not provide enough information for technical procurement.

Who Should Apply for BIS Certification?

Depending on the applicable scheme and product requirement, the applicant is generally the manufacturer rather than the charging-station operator or property owner.

The responsible applicant may be:

• An Indian manufacturer

• A foreign manufacturer

• An authorised entity under the applicable BIS framework

• A brand owner with an eligible manufacturing arrangement

A charging-station owner purchasing finished equipment normally verifies the manufacturer’s conformity documents instead of obtaining product certification in the station owner’s name.

Private-label arrangements require particular care. A certificate or licence issued for one manufacturer, brand, factory or product model may not automatically cover another label.

Typical BIS Certification Process

The exact process depends on the applicable scheme, but a typical workflow may include:

Step 1: Identify the Correct Standard

Determine:

• Charger type

• AC or DC configuration

• Input and output rating

• Connector type

• Intended application

• Applicable standard and part

• Product variants

• Required tests

Step 2: Finalise the Product Design

Certification testing should be based on a stable design. Changing key safety components after testing can invalidate the relationship between the tested sample and the production model.

Controlled components may include:

• Power modules

• Contactors

• Residual-current protection

• Surge-protection devices

• Cables

• Connectors

• Enclosures

• Control boards

• Communication modules

• Cooling systems

• Safety firmware

Step 3: Select an Eligible Laboratory

The test facility should be eligible for the relevant standard and test scope. Laboratory recognition must be verified rather than assumed from the laboratory’s general reputation.

Step 4: Submit Product Samples

The submitted model should represent production equipment and match the documentation, ratings, components and firmware declared in the application.

Step 5: Complete Testing

Testing may cover:

• Electrical safety

• Insulation

• Leakage current

• Temperature rise

• Abnormal operation

• Mechanical strength

• Environmental protection

• Communication

• Electromagnetic compatibility

• Marking and instructions

Step 6: Prepare the Application

The applicant submits the required records, test results and declarations through the applicable process.

Step 7: Complete Factory Requirements

Depending on the scheme, factory assessment or manufacturing-control evidence may be required.

Step 8: Receive the Licence or Certification Decision

Approval is granted only when the application, product and manufacturing arrangements meet the relevant requirements.

Step 9: Maintain Compliance

Certification is not a one-time marketing exercise. The manufacturer must manage:

• Production consistency

• Approved components

• Model changes

• Surveillance

• Renewal

• Marking

• Complaints

• Corrective action

• Record keeping

Following the correct EV charger certification in India process early can prevent failed testing, repeated sample submission and expensive product redesign.

Documents Commonly Required

The exact documentation depends on the approval route, but manufacturers should be prepared with:

Documents should identify the exact charger model. Generic company brochures are not substitutes for technical records.

Type 2: ARAI, CPRI and Laboratory Testing

Testing establishes whether the sample complies with the requirements included in the selected test scope.

India has specialist institutions and laboratories capable of evaluating EV charging equipment. The appropriate facility depends on:

• Charger type

• Rated power

• Test standard

• Required test scope

• Laboratory equipment

• Accreditation or recognition

• Approval scheme

• Customer or tender requirements

ARAI operates facilities for electric-mobility testing and certification. Its official Green Mobility Centre provides information about EV-related testing capabilities.

CPRI also operates an EV charger laboratory for testing AC and DC charging equipment within its stated capabilities.

Is ARAI Certification Mandatory for Every Charger?

No universal statement should be made that every EV charger requires a separate ARAI certificate.

ARAI involvement may be relevant when:

• A specified AIS standard applies

• Type approval is required under a particular framework

• The manufacturer selects ARAI as the testing agency

• An OEM requires validation

• A tender specifies ARAI testing

• Automotive interface testing is required

• A regulatory scheme requires eligible test evidence

Other competent or recognised laboratories may be used when permitted by the applicable standard and certification scheme.

Before commissioning a test programme, confirm:

• Exact required standard

• Laboratory scope

• Recognition status

• Charger power supported

• Sample requirement

• Test duration

• Retest conditions

• Report acceptance

Do not assume that one laboratory report covers every power variant, connector or enclosure configuration.

Common EV Charger Tests

The required tests vary by standard and product, but may include:

Electrical Safety Tests

• Insulation resistance

• Dielectric strength

• Leakage current

• Earth continuity

• Protection against electric shock

• Residual-current protection

• Overcurrent behaviour

• Short-circuit protection

Thermal Tests

• Temperature rise

• Component heating

• Cooling-system performance

• Abnormal operating conditions

• Overload behaviour

Mechanical Tests

• Enclosure strength

• Connector durability

• Cable anchorage

• Impact resistance

• Access to live parts

Environmental Tests

• Ingress protection

• Humidity

• Temperature

• Corrosion

• Dust

• Water exposure

Functional Tests

• Charging sequence

• Vehicle communication

• Emergency stop

• Connector locking

• Fault detection

• Power interruption

• Session recovery

EMC Tests

• Conducted emissions

• Radiated emissions

• Immunity

• Electrostatic discharge

• Surge immunity

• Electrical transient immunity

The laboratory and applicant should agree on a test plan before samples are submitted.

How to Avoid Failed Testing

Manufacturers can reduce delays by completing pre-compliance checks.

Before formal testing:

• Freeze the hardware design

• Freeze safety-critical firmware

• Review the applicable standard clause by clause

• Verify critical components

• Complete internal electrical-safety tests

• Check temperature rise

• Review connector compatibility

• Confirm ingress-protection design

• Review labels and user instructions

• Test abnormal operating conditions

• Prepare spare samples and components

• Document every product variant

Failed testing is often caused by incomplete design control rather than one isolated component defect.

Type 3: CEA and Installation Compliance

CEA requirements primarily concern electrical safety and the installed charging system. They should not be described as a BIS-style product certificate.

The Central Electricity Authority framework is relevant to:

• Electrical protection

• Earthing

• Supply arrangement

• Isolation

• Grid connectivity

• Installation safety

• Inspection

• Reporting involving DISCOMs

• Safe operation and maintenance

The official CEA charging standards page provides access to the relevant charging resources.

A certified or tested charger can still create a hazardous installation if:

• The sanctioned load is inadequate

• Cable sizing is incorrect

• Earthing is poor

• Protection is incompatible

• Water ingress is ignored

• Temporary wiring is used

• Emergency isolation is inaccessible

• Commissioning tests are incomplete

Product conformity and site compliance must therefore be evaluated separately.

Does CEA Issue a Product Certificate?

CEA generally should not be presented as the product-certification authority for the charger itself.

The compliance structure is better understood as:

• BIS: Indian Standards and conformity assessment

• Eligible laboratory: product testing

• CEA framework: electrical and installation safety

• DISCOM: connection, load and metering

• Electrical inspector: inspection where applicable

• Local authority: site-specific permissions

Using the phrase “CEA-certified charger” without identifying the actual certificate, standard and issuing body can mislead buyers.

Installation Checks After Product Certification

A charging-station project should still verify:

• Existing sanctioned load

• Distribution-panel capacity

• Cable size

• Voltage drop

• Overcurrent protection

• Short-circuit protection

• Residual-current protection

• Surge protection

• Protective earthing

• Earth continuity

• Isolation

• Emergency shutdown

• Metering

• Transformer requirements

• Commissioning tests

For the complete site workflow, consult How to Set Up an EV Charging Station in India.

Detailed protection and commissioning considerations are covered in the EV Charger Installation Guide 2026: Cost, Steps & Rules.

Certification Requirements by Stakeholder

Manufacturers

Manufacturers should:

• Identify applicable standards

• Complete design review

• Arrange testing

• Apply under the correct certification route

• Maintain manufacturing control

• Manage approved components

• Retain technical records

• Monitor standard changes

Importers

Importers should verify:

• Foreign-manufacturer eligibility

• Factory coverage

• Brand and model coverage

• Indian representative requirements

• Product marking

• Test-report acceptance

• Current import conditions

• Customs documentation

An overseas CE mark or CB report does not automatically establish every Indian compliance requirement.

Charging-Point Operators

Operators should verify:

• Charger model

• Certificate or licence details

• Test reports

• Warranty

• Technical support

• Spare-parts availability

• Software compatibility

• Installation compliance

• Commissioning records

Property Owners

Property owners should confirm:

• Equipment documentation

• Installer qualifications

• Electricity capacity

• Cable route

• Earthing

• Metering

• Fire and building requirements

• Maintenance responsibility

How Buyers Can Verify an EV Charger Certificate

Before purchasing equipment, request:

• Certificate or licence number

• Issuing authority

• Certificate holder

• Factory name and address

• Brand

• Exact model

• Rated input and output

• Connector type

• Applicable standard

• Issue and validity dates

• Test-report reference

• Covered variants

• Product marking photographs

Then compare these details against the actual charger and quotation.

Warning signs include:

• Certificate for another model

• Test report without applicant details

• Expired licence

• Edited certificate image

• Certificate issued to an unrelated factory

• Different power rating

• Different enclosure

• Unverifiable licence number

• “Applied for” presented as approval

• Supplier refusing to provide the full document

The official BIS standards portal should be used when checking current Indian Standard information.

Certification Costs and Timelines

There is no universal certification cost or timeline for every charger.

The total depends on:

• Charger type

• AC or DC configuration

• Rated power

• Number of models

• Connector options

• Applicable standards

• Testing scope

• Laboratory fees

• Sample preparation

• Factory assessment

• Retesting

• Travel

• Professional support

• Design changes

• Surveillance and renewal

Manufacturers should budget separately for:

• Pre-compliance testing

• Formal laboratory testing

• Samples

• Application fees

• Factory requirements

• Corrective redesign

• Retesting

• Licence maintenance

A very low quotation may exclude important testing, factory assessment, surveillance or variant coverage.

Certification Checklist

Using this checklist for EV charger certification in India helps prevent the purchase or sale of equipment supported by incomplete, irrelevant or expired documentation.

Common Certification Mistakes

• Assuming every charger uses the same approval route

• Treating a test report as a BIS licence

• Calling installation approval a product certificate

• Using a certificate issued for another model

• Changing components after testing

• Ignoring firmware changes

• Testing only one model but selling multiple variants

• Assuming CE marking replaces Indian requirements

• Selecting a laboratory without checking its scope

• Applying before the product design is stable

• Ignoring factory-quality controls

• Failing to check licence validity

• Installing certified equipment without electrical testing

• Using “BIS-ready” as if it means certified

• Relying on supplier brochures instead of official records

How SpeedCharge Evaluates Charging Equipment

A professional charging project should evaluate equipment beyond the headline power rating.

Important checks include:

• Applicable standards

• Certification documents

• Test evidence

• Vehicle compatibility

• Electrical protection

• Connector quality

• Environmental rating

• Communication protocol

• Remote monitoring

• Warranty

• Spare parts

• Field support

• Software integration

• Service response

SpeedCharge combines equipment selection, installation planning and connected station operations. Commercial properties and charging partners can Partner With SpeedCharge for a site-specific assessment.

Before selecting a commercial site, review the EV Charging Site Selection Guide India so hardware, electricity capacity and vehicle demand are evaluated together.

Final Thoughts

Certification is not one logo placed on a charger cabinet. It is a controlled process connecting the applicable standard, tested product, eligible applicant, manufacturing site, approved components, technical documents and ongoing production.

The correct approach to EV charger certification in India is to separate product conformity, laboratory testing and installation compliance. Manufacturers should confirm the applicable certification scheme before freezing the product. Importers should verify factory and model coverage. Buyers should inspect the full certificate and test records. Operators must still complete safe installation and commissioning.