A search for the list of EV charger manufacturers in India will return you many companies’ names in a short while.
That is the easy part. But what is hard is to determine which of these is best for your project.
For example a charger which does well for employee cars which are parked all day may not be the best for a fleet vehicle that needs to get back into action fast. Also a large choice of products does not in itself mean better technical support. A company which has the lowest price on the charger may not in the end have the lowest total cost over the life of the product.
For commercial buildings, fleets, work places, charging providers and infrastructure buyers which is what we see play out it is a technical procurement choice between EV charger manufacturers.
In India we are seeing the charging ecosystem grow very large. The Ministry of Heavy Industries report India had 52,718 public charging stations as of 21 July 2026, which includes 16,561 for fast cars. Also the Government put forth Rs 2000 crore into the PM E-DRIVE for EV public charging infrastructure.
That growth brings in more opportunities for manufacturers, operators and infrastructure providers. Also it is of great importance for buyers to tell the difference between real manufacturing performance and marketing.
So rather than asking only:
“Who are the top EV charger manufacturers?”
B2B buyers should ask:
“Which manufacturer has the technology, engineering capability, documentation, manufacturing quality and lifecycle support required for our project?”
Quick Answer: Which EV Charger Manufacturers Operate in India?
NITI Aayog’s e-Amrit platform has identified a large number of charging infrastructure manufacturers which include Delta Electronics, Mass Tech, ABB India, Exicom, Okaya and RRT.
The e-Amrit service provider directory also includes Delta Electronics, Mass Tech, ABB India and Exicom as charging infrastructure manufacturers. Also it is made clear that presence of a company on the site does not constitute Government of India endorsement or promotion.
Power9, the EV charging division of Global Futuretech Private Limited, also is a player that other companies may look to when they are choosing between AC and DC charging solutions for commercial, workplace and fleet use.
The objective of this guide is not to rank manufacturers from best to worst.
Instead, it explains how to evaluate any list of EV charger manufacturers in India using measurable technical and commercial criteria.
A Practical List of EV Charger Manufacturers in India
Based on NITI Aayog’s government-backed e-Amrit charging-infrastructure resource, manufacturers referenced in India’s EV charging ecosystem include:
|
Manufacturer |
Listed by NITI e-Amrit as Charging Infrastructure Manufacturer |
What a Buyer Should Verify Independently |
|
Delta Electronics |
Yes |
Current AC/DC portfolio, specifications, support |
|
Mass Tech |
Yes |
Product range, standards, project capability |
|
ABB India |
Yes |
Current India charger portfolio and applicability |
|
Exicom |
Yes |
AC/DC range, software, service |
|
Okaya |
Yes |
Current charger models and technical capability |
|
RRT |
Yes |
Current charging-equipment portfolio |
|
Power9 |
Power9 project/brand data |
AC/DC specifications, manufacturing evidence, project suitability |
NITI Aayog’s which is the source should be looked at as an ecosystem reference rather than an official ranking.
Product information, ownership details and charger specs do change which is why procurement teams should go to the manufacturer for the latest info.
A useful list of EV charger manufacturers in India is a good place to start but is not the end game for procurement decision.
What Does an EV Charger Manufacturer Actually Do?
Not all companies which sell charging solutions are in fact the manufacturers.
NITI Aayog’s e-Amrit platform reports that for charging infrastructure manufacturers which do go into the business of selling EV charge equipment they play a role in manufacturing and also sale. Also included in their scope is hardware and software installments, maintenance and other support services.
A genuine manufacturer’s responsibilities may include: A true manufacturer’s duties may include:
Product design, electrical and electronic design, choice of components, mechanical and structural design, control and automation systems, firmware development, communication networks, manufacturing processes, quality assurance, testing protocols, technical write up and product support.
By way of contrast a Charging Point Operator runs a network of charge points and puts out charging services.
That distinction is important for buyers to bear in mind as they go through the list of EV charger manufacturers in India.
1. Start by Comparing AC and DC Manufacturing Capability
One of the first things to examine among EV charger manufacturers is their actual product architecture.
AC EV Charging
AC chargers supply alternating current to the vehicle. The EV’s onboard charger then converts AC electricity to DC for battery charging.
AC charging can be suitable for longer-dwell applications such as workplaces, offices, apartments, hotels and selected commercial properties.
DC EV Charging
DC charge equipment does power conversion in the charger and puts out DC power to the vehicle. For large scale use what matters is speed of turnaround which DC charging provides for in fleets and high use commercial settings.
NITI Aayog’s e-Amrit platform reports on separate AC and DC charging by power, voltage and compatible charging systems.
When going through a list of EV charger manufacturers in India see if a company what your project requires is actually developing.
A large catalog of products does not guarantee the best fit.
2. Compare Complete Technical Specifications
Do not compare manufacturers solely according to charger kW.
Ask every shortlisted manufacturer for a current technical datasheet.
The comparison should include:
|
Specification |
Why It Matters |
|
Charger type |
AC or DC architecture |
|
Rated power |
Maximum charging capability |
|
Input voltage / phases |
Site electrical requirement |
|
DC voltage range |
Important for DC vehicle compatibility |
|
Maximum current |
Influences actual charging capability |
|
Connector |
Must suit the intended vehicles |
|
Number of connectors |
Determines charging-point configuration |
|
Efficiency |
Relevant to electrical losses |
|
Communication |
Needed for managed charging |
|
Authentication |
Controls user access |
|
OCPP |
Relevant to backend interoperability |
|
IP / IK rating |
Installation environment |
|
Protection functions |
Electrical safety |
|
Temperature range |
Environmental suitability |
|
Installation type |
Wall, pedestal or floor standing |
|
Warranty |
Lifecycle risk |
|
Datasheet/manuals |
Indicates documentation quality |
The strongest EV charger manufacturers should make core technical information available without forcing buyers to rely on vague sales claims.
3. Verify Vehicle Compatibility
A 30 kW charger does not automatically charge every electric vehicle at 30 kW.
The vehicle may accept less.
Battery state of charge, temperature, charging curve and vehicle architecture can also affect real charging speed.
Before shortlisting companies from a list of EV charger manufacturers in India, prepare a vehicle matrix.
Record:
Vehicle model.
AC charging capability.
DC charging capability.
Connector.
Battery capacity.
Typical daily distance.
Arrival state of charge.
Charging window.
This gives manufacturers the information needed to recommend suitable equipment rather than simply quoting whichever charger they want to sell.
4. Examine Indian Standards Carefully
For in the case of EV charging equipment technical issues are of greater importance than marketing symbols.
NITI Aayog’s e-Amrit project reports on IS 17017 which they put forth as the key Indian EV charging standards framework.
In IS 17017 (Part 23):2026, what we see is the first revision which pertains to DC Electric Vehicle Supply Equipment.
The BIS database reports this as a product specification for what pertains to battery operated vehicle charging equipment.
When comparing EV charger manufacturers, ask:
Which standard applies to the exact charger?
Which model/configuration was tested?
Can the manufacturer provide supporting evidence?
Which claims are standard references?
Which are certifications?
Which are communication protocols?
A row of logos is not enough for technical due diligence.
5. Do Not Confuse Standards, Certifications and Protocols
This is an important E-E-A-T point.
Terms such as:
IEC
IS
OCPP
CE
IP54
may all appear on a charger datasheet, but they represent different things.
A standard defines technical requirements.
A certification or test document provides evidence in a defined context.
An IP rating relates to enclosure protection.
OCPP is a communication protocol.
Reliable EV charger manufacturers should explain these distinctions accurately.
If a sales team groups everything under “certifications,” ask the technical team for clarification.
6. Examine Manufacturing Capability, Not Only Branding
A polished website does not prove manufacturing capability.
When assessing a list of EV charger manufacturers in India, look for evidence such as:
Real manufacturing facility.
Actual works address.
Engineering team.
Production process.
Quality-control process.
Testing equipment.
Assembly capability.
Product traceability.
Factory photographs.
Technical documentation.
Manufacturing videos.
This is one area where Power9 can build substantial E-E-A-T strength.
Power9 is a trademark of Global Futuretech Private Limited, which has its registered office/work at Dadra, DNHDD.
To increase manufacturer authority the website should report what goes on at the works which in turn will build that out instead of just using the term “manufacturer”.
7. Ask Which Tests Happen Before Dispatch
“Fully tested” is too vague for a technical procurement process.
Ask shortlisted EV charger manufacturers:
Which tests are performed during product development?
Which tests happen on every production unit?
Which tests are performed periodically?
Are test results retained?
Can individual chargers be traced to production records?
Depending on charger architecture, testing can include functional, electrical, communication and protection-related checks.
The exact procedure should be provided by the manufacturer rather than assumed.
A company willing to explain its testing process generally gives buyers much stronger evidence than one offering only generic quality claims.
8. Evaluate Protection Architecture
Charging equipment operates at meaningful electrical power.
Protection therefore needs to be designed into the system.
Depending on product design, protection may address conditions such as:
Over-voltage.
Under-voltage.
Over-current.
Short circuit.
Over-temperature.
Electrical leakage.
Insulation faults.
Surge events.
Emergency shutdown.
When comparing the list of EV charger manufacturers in India, do not simply count protection features.
Ask what happens when the charger detects each fault.
Does charging stop?
Is the fault displayed?
Is it logged?
Can the support team diagnose it remotely?
The answer tells you more about system engineering than the feature name itself.
9. Check Thermal Engineering
Heat management is particularly important in power electronics.
For DC fast chargers, power conversion can generate significant thermal load.
A good manufacturer should be able to explain:
Cooling method.
Temperature sensing.
Fan/control behaviour.
High-temperature operation.
Derating.
Shutdown conditions.
BIS has put forth the 2026 DC EVSE which includes factors related to Indian charging which in turn means that environmental and thermal elements are key in the choice of DC chargers.
For EV charger manufacturers,thermal design must be a component of reliability not a secondary specification.
10. Verify OCPP Instead of Accepting “Smart Charger”
Commercial EV charging increasingly involves remote management.
OCPP allows for communication between compatible chargers and charging management platforms.
The Ministry of Power’s EV charging framework which puts in place open communication protocols like OCPP, OCPI and UEI for a connected and interoperable infrastructure.
When evaluating manufacturers, ask:
Which OCPP version?
Is third-party CMS compatibility supported?
Has it been tested?
Can the customer change the backend provider?
How are firmware updates handled?
What happens during internet failure?
Are there software subscriptions?
The best EV charger manufacturers should answer these questions directly.
11. Evaluate Connectivity in Real Operating Conditions
A brochure may say:
4G + Wi-Fi + LAN
But commercial buyers should ask how these technologies actually behave.
Who provides the SIM?
Can charging continue offline?
Does the charger reconnect automatically?
Can LAN be used if cellular coverage is poor?
Who monitors communication failures?
Can a communication module be replaced independently?
For fleets and multi-site infrastructure, connectivity affects operational visibility.
It should therefore influence how buyers rank a list of EV charger manufacturers in India.
12. Understand Load Management
A site with a large number of chargers will experience great electrical demand.
What we do is use load management to put in place a system which distributes the available capacity among the chargers as per what the site limits allow and what is required by operations.
In the 2024 framework presented by the Ministry of Power which includes policies related to EV charging connections we see that they have put in measures which also include LT connections for eligible charge points up to 150 kW.
Ask EV charger manufacturers:
Does the charger support dynamic load management?
How does it work?
Can multiple chargers share site capacity?
Can charging priorities be created?
Can schedules be used?
What happens if the management system loses communication?
This becomes increasingly important for workplaces, fleets and commercial properties.
13. Check Firmware and Remote Diagnostics
Today’s chargers are hardware-software systems.
Firmware can control charging sequences, faults, communication, authentication and device behaviour.
Before selecting a manufacturer, ask:
Who develops the firmware?
How are versions controlled?
Are OTA updates available?
Can technicians retrieve fault logs?
Can updates be rolled back?
How are known issues communicated?
Among EV charger manufacturers, strong firmware-management capability can become a major differentiator as charger fleets grow.
14. Check Product Serviceability
No charger has infinite component life.
What matters is how easily the system can be restored when something fails.
Ask about:
Charging cables.
Connectors.
Displays.
Communication modules.
Controller boards.
Fans.
Contactors.
Power modules in DC chargers.
Can these be replaced onsite?
Are parts stocked locally?
How long are parts expected to remain available?
For commercial operators, uptime depends on serviceability as much as failure prevention.
15. Evaluate Warranty Properly
Do not compare manufacturers based only on:
“2-year warranty vs 3-year warranty.”
Ask:
When does the warranty begin?
Which components are covered?
Which components have different terms?
What exclusions apply?
Who pays service travel?
Who pays freight?
Who approves claims?
Does third-party installation affect coverage?
What happens after warranty expiry?
This information helps turn a simple list of EV charger manufacturers in India into an actual procurement shortlist.
16. Compare Total Lifecycle Cost
The cheapest charger may not be the lowest-cost charging solution.
B2B buyers should consider:
|
Cost |
What to Include |
|
Hardware |
Initial charger price |
|
Delivery |
Freight |
|
Electrical infrastructure |
Panels, cables, site capacity |
|
Installation |
Electrical + civil |
|
Software |
CMS/backend |
|
Connectivity |
SIM/network |
|
Maintenance |
Preventive + corrective |
|
Spare parts |
Long-term service |
|
Warranty extensions |
If applicable |
|
Downtime |
Operational impact |
|
Expansion |
Future charging capacity |
The strongest EV charger manufacturers should be willing to discuss the complete project economics rather than focusing solely on equipment price.
17. Look for Relevant Project Evidence
A manufacturer may claim:
“Trusted across India.”
That tells a procurement team very little.
A more useful case study explains:
Project type.
Number of chargers.
Charger model.
Vehicles served.
Charging requirement.
Electrical constraints.
Deployment approach.
Operational outcome.
Ask shortlisted companies from your list of EV charger manufacturers in India for relevant project evidence.
A fleet buyer should value fleet experience more than unrelated residential installations.
A charging operator should look for multi-charger infrastructure experience.
Evidence should match the intended use case.
18. Check the Company Behind the Brand
B2B infrastructure buyers should understand who legally stands behind the equipment.
Check:
Legal company name.
Brand relationship.
Registered office.
Manufacturing facility.
Technical contacts.
Support contact.
Warranty issuer.
Invoices/contracts.
For Power9, this relationship should always be clear:
Power9 is a brand of Global Futuretech Private Limited.
Maintaining that relationship consistently across website, GBP, documentation, datasheets and third-party profiles also strengthens Entity SEO and GEO.
How Power9 Fits Into the Manufacturer Landscape
Power9’s current portfolio includes AC and DC charging equipment for different charging environments.
Its AC platform has a dual gun setup which is for use of two compatible vehicles at the same time.
Its current DC platform which puts out 20/30 kW is for applications that require fast vehicle turn around.
When Power9 is put in the ring with other EV charger manufacturers, it should do so through the use of proven technical data instead of inflated rank results.
That means publishing:
Actual specifications.
Actual product photographs.
Datasheets.
Engineering information.
Works/manufacturing evidence.
Testing process.
Installation guidance.
Warranty information.
Case studies.
Power9 should not simply claim to be “one of India’s best manufacturers.”
It should give buyers enough evidence to reach that conclusion themselves.
Manufacturer Evaluation Scorecard
Use this framework when reducing a list of EV charger manufacturers in India to a practical shortlist.
|
Evaluation Area |
Importance |
|
Product fit |
Very High |
|
Vehicle compatibility |
Very High |
|
AC/DC capability |
High |
|
Technical specifications |
Very High |
|
Manufacturing evidence |
Very High |
|
Standards/testing |
Very High |
|
Safety/protection |
Very High |
|
OCPP interoperability |
High |
|
Connectivity |
High |
|
Load management |
High |
|
Firmware support |
High |
|
Installation documentation |
High |
|
Serviceability |
Very High |
|
Warranty |
Very High |
|
Spare parts |
Very High |
|
Case studies |
High |
|
Scalability |
High |
|
Lifecycle cost |
Very High |
Do not let the lowest-priced charger automatically win this matrix.
Why This Topic Matters for AEO and GEO
Queries around the list of EV charger manufacturers in India have strong AI-search potential because users frequently want a shortlist followed by guidance.
AI systems need more than manufacturer names.
They need evidence that explains:
What each company does.
What products exist.
Where the company operates.
What specifications are verified.
What standards apply.
What projects prove capability.
For Power9, the strongest GEO strategy is therefore not to publish ten articles claiming the brand is the best.
It is to create a well-connected factual entity:
Power9 → Global Futuretech Private Limited → Dadra Works → EVSE Manufacturing → AC Chargers → DC Chargers → Product Models → Specifications → Engineering → Testing → Projects.
That makes the brand easier for search engines and generative systems to understand.
Frequently Asked Questions
1. What is the list of EV charger manufacturers in India?
NITI Aayog’s e-Amrit platform reports on charging infrastructure companies which include Delta Electronics, Mass Tech, ABB India, Exicom, Okaya and RRT. The platform is a resource for information which is not to be taken as government rank or endorsement. Buyers are to research each company’s present products and capabilities out on their own.
2. How should I compare EV charger manufacturers?
Compare EV charger manufacturers on what they offer in terms of vehicle compatibility, AC/DC capability, technical specs, standards, protection features, OCPP, connectivity, load management, what they put forward as manufacturing evidence, testing procedures, warranty terms, availability of spare parts, service offerings and lifecycle cost.
3. Who is the best EV charger manufacturer in India?
There is not an official Government of India ranking which designates the best company. What is the right manufacturer for the job depends on the project. A workplace, fleet depot and public fast charging station may require very different equipment and support features.
4. What does an EV charging infrastructure manufacturer do?
NITI Aayog reports that companies in the charging infrastructure space are those which manufacture and sell out EV charging solutions and also may offer hardware software installation, maintenance and also additional support services.
5. Which standards should EV charger manufacturers follow in India?
IS 17017 is the key Indian EV charging standard. Each charger has its own set of requirements. BIS at present has issued IS 17017 Part 23.:2026 in the case of DC Electric Vehicle Supply Equipment.
6. What is load management in EV charging infrastructure?
It is dependent on what the charge is for. AC charge is for larger park times which we see with most vehicles, at the same time DC charge is better for short turn arounds. Some sites may use a mix of both.
7. Is OCPP important when comparing EV charger manufacturers?
It is at times what is important for connected commercial, fleet and multi-site charging. The Ministry of Power supports open protocols like OCPP which in turn is for the development of connected and interoperable charging infrastructure. Buyers should check the actual protocol version and implementation.
8. Does the highest-powered charger always charge faster?
No. The EV’s charge rate, battery health, state of charge and site conditions may see poor performance. Manufacturers should tailor recommendations to the vehicle itself instead of the charger power.
9 .What manufacturing evidence should buyers request?
Request for true data out of the factory, present product specs, production/QC info, which includes applicable test results and technical documentation also relevant case studies. Prove it with real data instead of broad claims of manufacturing excellence.
10. Why are spare parts important when choosing a manufacturer?
Commercial EV charging stations have long term use. What we see is that spare parts’ availability plays a role in repair time, down time and also total life cycle cost. For what it’s worth we ask out of support for connectors, cables, displays, controllers, communication components and power electronics when relevant.
11. How large is India's public EV charging network?
As of India had 52,718 public charging stations as of 21 July 2026 according to the Ministry of Heavy Industries. Of those, 16,561 offered fast charging for cars.
Conclusion
A list of EV charger manufacturers in India is useful for discovering possible suppliers.
But a list alone cannot tell you which manufacturer is right for your project.
The real procurement work begins after the shortlist.
Evaluate:
Technology
Vehicle compatibility
AC/DC capability
Electrical specifications
Standards
Protection
Manufacturing evidence
Testing
OCPP
Load management
Firmware
Warranty
Service
Spare parts
Case studies
Lifecycle cost
The top EV charger manufacturers should present not only which products they put out, but also what goes into the engineering, manufacture, testing, installation, and support of those products.
In 2026 which manufacturers’ claims to be number one, best or most advanced will be less important to business’ decisions which will instead be based on this proven data.
Power9 can play in this space by improving the transparency of its technical and manufacturing base through use of proven product specs, engineering skill set, real world info, and indeed in field results.
Evaluating EV charger manufacturers for a commercial, workplace or fleet requirement? Share your vehicles, charger quantity, charging window, site and electrical requirements with Power9 to discuss an appropriate AC or DC charging configuration.
Reference Links
Only government/government-backed sources are included below.
- NITI Aayog e-Amrit — EV Charging Infrastructure
Explains charging-infrastructure manufacturers and identifies examples including Delta Electronics, Mass Tech, ABB India, Exicom, Okaya and RRT.
https://e-amrit.niti.gov.in/infrastructure -
- NITI Aayog e-Amrit — Service Providers
Official ecosystem directory separating charging-infrastructure manufacturers and charging-station operators; it also states that listed brands are not government-endorsed. (e-AMRIT)
https://e-amrit.niti.gov.in/service-providers - Ministry of Heavy Industries / PIB — Charging Stations for Electric Vehicles, July 2026
Official source for India’s latest public charging-station and fast-charger counts.
https://www.pib.gov.in/PressReleasePage.aspx - Ministry of Power — Guidelines for Installation and Operation of EV Charging Infrastructure 2024
Current official guidelines covering manufacturers, owners and operators of charging infrastructure.
https://powermin.gov.in/sites/default/files/uploads/RS03022025_Eng_0.pdf - Bureau of Indian Standards — IS 17017 Part 23:2026
Official BIS standard listing for DC Electric Vehicle Supply Equipment.
https://standards.bis.gov.in/ - Ministry of Power — Open Protocols for Interoperable EV Charging
Government source confirming encouragement of OCPP, OCPI and UEI for connected and interoperable EV charging infrastructure.
https://powermin.gov.in/sites/default/files/uploads/LS12122024_Eng.pdf
- NITI Aayog e-Amrit — Service Providers