Building one EV charging point is a project.
Building 50, 500 or several thousand charging points is infrastructure.
The difference is not simply the number of chargers.
A large EV charging network is made up of hardware, electrical capacity, communication, software, vehicle compatibility, charger monitoring, site operations, maintenance, load management and future expansion.
This is what causes EV charging infrastructure companies to operate in a system as opposed to being standalone charger providers.
A charging infrastructure may include a charger manufacturer, Charging Point Operator, electrical contractor, software platform, property owner, fleet operator, utility and also maintenance partner. As per the business model one company may take up many of these roles in a project, in other projects we see that there are specialist third party partners.
For enterprise buyers, understanding these relationships is essential.
India’s charging network is growing very large. As of 52,718 public charging stations as of 21 July 2026 which include 16,561 public charging stations equipped with fast chargers for cars Also the Government has put out ₹2,000 crore into PM E-Drive for public EV charging infrastructure.
As we scale out we see that for electric vehicle charging infrastructure companies what is required goes beyond just putting forth power. We see in this growth that they require equipment which is easy to deploy again, remote manage, simple to service and which also plays into a larger scale charging system.
That is where charger manufacturers become an important part of the infrastructure equation.
Quick Answer: What Do EV Charging Infrastructure Companies Do?
EV charging infrastructure companies play a role in the development, supply, deployment, operation and management of the systems which support electric vehicle charging.
They may be involved in charger hardware, site development, electrical infrastructure, installation, charging management software, networking, payment systems, maintenance and charging operations.
A charger company tends to put more of a focus on the EVSE hardware and its technical operation.
In large scale networks the two must work in unison as the performance of the whole infrastructure is a combination of the physical charge point and the larger system which supports it.
NITI Aayog’s e-Amrit platform reports that it is a separate identity for charging infrastructure manufacturers and Charging Point Operators which puts forth that in the same ecosystem equipment manufacturing is a different function from charging network operation.
EV Charging Infrastructure Is More Than a Charger
When businesses first enter the EV charging market, the charger is naturally the most visible part of the project.
But for EV charging infrastructure companies, the charger is only one layer.
A large deployment can involve:
Charging hardware
Electrical distribution
Site power
Communication networks
Charging-management software
User authentication
Load management
Payment systems
Maintenance
Remote diagnostics
Fleet or customer operations
Energy management
A problem in any one of these layers can affect the user experience.
For instance, we see that charging hardware that is in perfect working condition may not be made available to the public if the network connection is down. A charger which seems to be in great shape may still be out of action if the power source is faulty. We may have a very powerful charger which in fact is not being used at commercial scale if in reality vehicles are parked for large amounts of time thus they don’t make use of the higher capacity options.
What we are seeing is that strong electric vehicle charging infrastructure companies are looking at the full picture and not at the charger in isolation.
Charger Manufacturer vs Charging Infrastructure Company
The distinction can be understood simply.
|
Area |
Charger Manufacturer |
EV Charging Infrastructure Company |
|
Charger design |
Core responsibility |
May source from manufacturer |
|
Charger manufacturing |
Core responsibility |
Not always |
|
Product firmware |
Usually manufacturer-controlled |
May integrate |
|
Site planning |
Sometimes supports |
Often important |
|
Electrical infrastructure |
Product requirements |
Often project-level |
|
Installation |
Direct/partners/optional |
Often coordinates |
|
Charging network |
Not necessarily |
Often central |
|
CMS/backend |
May provide |
Frequently required |
|
User/payment layer |
Optional |
Often relevant |
|
Network operations |
Not required |
Common for operators |
|
Maintenance |
Product support |
Site/network support |
|
Expansion planning |
Product platform |
Network architecture |
The two roles often overlap, but buyers should not assume they are identical.
NITI Aayog refers to companies that produce and sell out EV charge points which in turn we see to be what Charging Point Operators do as they run charger networks and associated services.
Why Charger Manufacturers Matter to Large EV Networks
It can be tempting to think that once EV charging infrastructure companies have purchased chargers, the manufacturer’s role is finished.
For large deployments, the opposite is often true.
The more chargers a company operates, the more important manufacturer support can become.
A network with one faulty charger has one technical issue.
A network with 1,000 chargers running the same hardware or firmware platform needs a completely different level of technical control.
Manufacturers can support large infrastructure through:
product consistency,
technical documentation,
firmware management,
remote diagnostics,
spare parts,
charger communication,
quality control,
product revisions,
and engineering support.
These capabilities influence whether an EV network remains scalable over time.
1. Standardised Hardware Makes Large Deployments Easier
Enterprise charging projects benefit from consistency.
Imagine electric vehicle charging infrastructure companies which have spread out to 20 cities.
If each site uses different hardware, displays, communication interfaces and service elements maintenance becomes more difficult.
Standardising around defined charger platforms can simplify:
Technician training.
Spare-parts inventory.
Firmware management.
Fault diagnosis.
Backend integration.
Documentation.
Replacement planning.
That does not mean every site needs the same charger power.
A mature infrastructure network may use several charger categories while maintaining common technical architecture where possible.
2. AC and DC Chargers Serve Different Network Roles
Large charging networks often need more than one charging technology.
AC Charging
AC chargers can support applications where vehicles remain parked for longer periods.
Examples can include:
workplaces,
commercial destination charging,
apartment environments,
long-duration parking.
DC Charging
DC charging becomes more important where reducing vehicle turnaround time has greater operational value.
Examples can include:
fleet operations,
commercial fast-charging sites,
public charging,
higher-utilisation locations.
For EV charging infrastructure companies, the challenge is not simply choosing AC or DC.
It is deciding where each technology creates the most value.
A network which is full of high power chargers may require large scale electrical infrastructure in longer stay scenarios.
In a network that has only low power charging options, we may see that it does not put out what is required for time critical vehicle issues.
Good charger manufacturers help infrastructure companies understand those trade-offs.
3. Vehicle Compatibility Needs Network-Level Planning
A charger network may serve many vehicle models over several years.
That makes vehicle compatibility more complicated than it is for a single corporate fleet.
EV charging infrastructure companies need to evaluate:
Connector compatibility.
Vehicle charging capability.
DC operating voltage.
Maximum charger current.
Vehicle communication.
Future vehicle architectures.
Actual charging behaviour.
A charger’s maximum power rating alone does not answer these questions.
For public or multi-fleet infrastructure, manufacturers should provide clear compatibility information so infrastructure planners can make informed decisions.
4. Electrical Infrastructure Can Determine Network Economics
One of the largest considerations in EV charging is the electrical system behind the chargers.
In 2024 the Ministry of Power has put out guidelines which will see to it that we grow the charging infrastructure via measures which include electricity connection, power supply pricing and grid preparation. The guidelines which will affect manufacturers, owners, operators, power utilities and government agencies.
For electric vehicle charging infrastructure companies, what we see is that charger purchase has to play nice with electrical planning.
A site may need to consider:
Available sanctioned load.
Transformer capacity.
Distribution equipment.
Cable infrastructure.
Simultaneous charging demand.
Peak site demand.
Future charger additions.
A charger manufacturer can provide the product’s electrical requirements, but the complete site architecture requires broader engineering.
5. Load Management Becomes Critical at Scale
One charger drawing power is straightforward.
Fifty chargers operating across a large facility create a different challenge.
If at once all chargers request maximum power demand the site infrastructure may see great stress.
Dynamic load management is a solution which puts in order charging demand in relation to available electrical capacity and operational priorities.
When selecting hardware, EV charging infrastructure companies should ask manufacturers:
Can chargers participate in load-management systems?
Can power limits be adjusted?
Can several chargers share defined capacity?
Can charging schedules be configured?
Can selected vehicles receive priority?
Can the architecture scale across multiple chargers?
What happens if communication with the management layer fails?
A scalable charging network needs these answers before deployment—not after the site reaches capacity.
6. OCPP Matters More as Networks Grow
A private charger may function perfectly well as a relatively standalone device.
A large scale of chargers which is what we see in most networks requires very strong communication and that is the reason why OCPP is very much a part of what electric vehicle charging infrastructure companies do.
The Ministry of Heavy Industries reports that in 2024 we will put forth guidelines for electric vehicle charging which aim at developing a connected and seamless EV charging infrastructure.
In enterprise procurement, that which is OCPP compatible is only the beginning.
Ask:
Which OCPP version?
Which features are implemented?
Has the charger worked with third-party backends?
Can the CPO change CMS provider?
How are charger certificates/security handled where applicable?
How are firmware upgrades managed?
What happens during temporary network loss?
Interoperability can influence whether the charging company remains flexible as its network grows.
7. Remote Charger Management Reduces Operational Complexity
One charger can be checked physically.
A thousand chargers cannot.
Large EV charging infrastructure companies therefore need remote operational visibility.
Depending on the product and backend, teams may need to see:
Charger availability.
Session status.
Fault codes.
Energy delivered.
Connectivity.
Charging history.
Device configuration.
Firmware versions.
Remote start and stop.
A charger manufacturer’s ability to provide useful diagnostics can significantly reduce the time required to identify technical problems.
The goal is not merely remote monitoring.
The goal is faster problem resolution.
8. Firmware Becomes Infrastructure
Firmware can appear like a minor technical detail during charger procurement.
Across a network, it becomes operational infrastructure.
A charger firmware update may affect:
vehicle compatibility,
communication,
user authentication,
fault management,
backend interaction,
or charger performance.
For EV charging infrastructure companies, ask the manufacturer:
How are firmware versions controlled?
Are over-the-air updates supported?
Can updates be staged?
Can updates be rolled back?
How are releases tested?
How does the manufacturer notify customers about changes?
Enterprise buyers should treat firmware lifecycle management as part of hardware procurement.
9. Reliability Requires More Than a Strong Enclosure
Charging infrastructure must operate under real-world conditions.
Depending on the installation environment, equipment may face:
Heat.
Dust.
Moisture.
Frequent use.
Cable handling.
Network interruptions.
Voltage conditions.
Physical impact.
electric vehicle charging infrastructure companies need to look past polished product images and examine technical ratings along with the safeguards built into the equipment.
Important areas can include:
IP rating.
IK rating.
Operating temperature.
Electrical protection.
Cooling.
Connector durability.
Emergency shutdown.
Installation clearances.
The manufacturer’s specification should match the site’s actual environmental conditions.
10. Spare Parts Become a Network Planning Issue
Imagine one charger requires a replacement display.
That is a service request.
Imagine 500 chargers use the same display and the component is discontinued.
That becomes an infrastructure risk.
Large EV charging infrastructure companies should ask manufacturers about:
Power-module availability.
Controller boards.
Displays.
Charging cables.
Connectors.
Fans.
Communication modules.
Other serviceable components.
Also ask how long the manufacturer intends to support the charger platform.
Lifecycle planning becomes increasingly important as network size grows.
11. Modular Serviceability Can Reduce Downtime
For a charge point operator, unavailable chargers can affect customer experience and revenue.
For a fleet, unavailable chargers can affect vehicle operations.
This makes serviceability an important procurement factor.
Where the design allows it, trained technicians should be able to find and replace serviceable parts without taking the system offline longer than necessary.
When comparing manufacturers, EV charging infrastructure companies should ask:
Which components are field replaceable?
What diagnostic tools are required?
What technician training is available?
Can faults be identified remotely?
How quickly can replacement components be supplied?
Hardware architecture should support the operating model.
12. Documentation Matters More Than Many Buyers Expect
Large networks involve multiple teams.
Procurement.
Electrical engineering.
Installers.
Network teams.
Software teams.
Maintenance technicians.
Operations.
Each group needs reliable technical information.
Manufacturers supporting electric vehicle charging infrastructure companies should provide appropriate documentation such as:
Product datasheets.
Installation manuals.
User manuals.
Network requirements.
Commissioning procedures.
Maintenance guidance.
Technical drawings where applicable.
Software/firmware documentation where appropriate.
Well-maintained documentation reduces dependency on individual employees and helps networks scale consistently.
13. Charger Management Software Should Not Be an Afterthought
A large network usually needs a digital management layer.
For EV charging infrastructure companies, the CMS can become the operational interface for the entire network.
Before selecting hardware, clarify:
Does the manufacturer provide the CMS?
Is another provider involved?
Is software mandatory?
Can third-party systems be used?
What are the subscription costs?
Who owns session data?
Can the customer export data?
Can multiple charger models be managed?
Can multiple locations be grouped?
Can access roles be configured?
Hardware and software procurement should be coordinated rather than handled as unrelated decisions.
14. Network Scalability Should Be Designed Before Deployment
A charging operator may start with ten locations and eventually operate hundreds.
A fleet may begin with 25 EVs and later transition most of its vehicles.
Scalability should therefore be discussed during the first project.
Ask the charger manufacturer whether:
Additional chargers can join the same backend.
Different charger types can coexist.
Load management can expand.
Multiple sites can be centrally monitored.
Technical support can scale geographically.
Spare-part logistics can support network growth.
The best infrastructure architecture makes the next phase easier.
15. Case Studies Matter for Enterprise Procurement
Enterprise buyers should ask EV charging infrastructure companies and manufacturers for evidence of comparable deployments.
A useful case study should explain:
The project requirement.
Number/type of chargers.
Vehicle application.
Electrical challenge.
Charging strategy.
Software architecture.
Deployment process.
Measured outcomes where available.
Challenges and lessons.
A generic logo wall is weaker evidence.
Large-scale EV charging is an operational discipline. Relevant project experience can therefore be an important part of technical due diligence.
Large-Scale EV Infrastructure Responsibility Matrix
|
Responsibility |
Charger Manufacturer |
Infrastructure/CPO |
Installer/EPC |
Customer/Utility |
|
Charger hardware |
Primary |
Procure/manage |
Install |
Approve |
|
Product specifications |
Primary |
Evaluate |
Use for design |
Review |
|
Site selection |
Support |
Primary |
Assess |
Approve |
|
Electrical design |
Requirements |
Coordinate |
Primary |
Utility/site input |
|
Installation |
Support |
Coordinate |
Primary |
Site access |
|
Charger firmware |
Primary |
Manage rollout |
— |
— |
|
CMS integration |
Joint |
Primary |
Support |
IT input |
|
Load management |
Product support |
Architecture |
Site integration |
Provide capacity |
|
Commissioning |
Joint |
Coordinate |
Joint |
Witness |
|
Network operations |
Support |
Primary |
— |
— |
|
Hardware warranty |
Primary |
Coordinate |
Support |
— |
|
Installation warranty |
— |
Coordinate |
Primary |
— |
|
Maintenance |
Product support |
Manage |
Field support |
— |
Clear accountability is essential for EV charging infrastructure companies operating large networks.
Where Power9 Fits in the EV Charging Infrastructure Ecosystem
Power9 is the EV charging brand of Global Futuretech Private Limited.
Its current charging portfolio includes connected AC and DC EV charging equipment intended for different charging applications.
Power9’s role in the larger EV infrastructure is that of a charging hardware and charging-solution support which isn’t to say that we put out the brand as a national Charging Point Operator until we are.
For electric vehicle charging infrastructure companies Power9 can support the hardware layer through product specs, AC/DC charging equipment, communication features, technical documentation and manufacturer level product support.
Its current portfolio includes:
Dual-gun AC charging for compatible longer-dwell and multi-user requirements.
20/30 kW DC charging for applications where quicker charging turnaround may be required.
Actual network suitability should still be evaluated against:
vehicle requirements,
site power,
charger quantity,
backend architecture,
charging window,
and project scale.
This technically precise positioning is much stronger than attempting to rank Power9 for every infrastructure-related term regardless of actual capability.
How Charger Manufacturers Can Become Strategic Partners
Large infrastructure operators increasingly need more than a purchase order relationship.
Strong EV charging infrastructure companies should look for manufacturers capable of supporting:
Deployment Planning
Product selection and engineering information.
System Integration
Clear communication and backend requirements.
Scale
Stable product platforms and documentation.
Technical Escalation
Manufacturer-level troubleshooting.
Firmware Lifecycle
Controlled updates and support.
Spare Parts
Long-term component strategy.
Training
Installer and technician education where applicable.
Product Roadmap
Understanding future charger platforms.
For enterprise networks, the manufacturer can therefore become part of the infrastructure strategy.
EV Charging Infrastructure Manufacturer Evaluation Scorecard
Large infrastructure operators increasingly need more than a purchase order relationship.
Strong EV charging infrastructure companies should look for manufacturers capable of supporting:
Deployment Planning
Product selection and engineering information.
System Integration
Clear communication and backend requirements.
Scale
Stable product platforms and documentation.
Technical Escalation
Manufacturer-level troubleshooting.
Firmware Lifecycle
Controlled updates and support.
Spare Parts
Long-term component strategy.
Training
Installer and technician education where applicable.
Product Roadmap
Understanding future charger platforms.
For enterprise networks, the manufacturer can therefore become part of the infrastructure strategy.
EV Charging Infrastructure Manufacturer Evaluation Scorecard
Even well-designed EVSE can perform poorly if installed incorrectly.
Commercial installations can involve:
Electrical distribution, cable sizing, earthing, physical installation, environmental clearances, network connection and commissioning.
Manufacturers’ installation documentation will detail the product specific requirements.
Also businesses should ask EVSE manufacturers what is the scope of installation they do themselves, what is done by authorized partners and what by independent qualified contractors.
Also confirm whether third-party installation affects the product warranty.
This should be agreed before the purchase order.
Commissioning Should Be Documented
A charger turning on does not necessarily mean the charging installation has been properly commissioned.
Depending on the project, commissioning can involve:
Electrical checks, start up validation, communication checks, authentication, charge session testing, fault tests and backend communication.
In large scale projects we ask for commissioning records.
This is especially true in which many parties are involved, for example the EVSE manufacturer, electrical contractor, software provider and customer.
Responsibility should be clear.
Warranty and Spare Parts Matter More Than the Brochure
One of the best ways to compare EVSE manufacturers in India is to look beyond the sale.
Ask:
When does the warranty begin?
Which components are covered?
What is excluded?
Who approves warranty claims?
Is onsite support available?
Who pays freight or travel?
How are spare parts stocked?
What happens after the warranty expires?
Is post-warranty maintenance available?
For fleet and commercial charging, downtime has financial and operational consequences.
Long-term serviceability should therefore form part of the procurement score—not remain an afterthought.
Evaluate the Manufacturer, Not Just the EVSE
A technically impressive charger from a company with weak support may still create risk.
When evaluating EVSE manufacturers, check the organisation behind the equipment.
Check out for a well defined legal entity, solid business address, technical team, manufacturing info, present product documentation, real photos, what the standards say we should see, warranty policies which are real and also genuine case studies.
This is also where E-E-A-T and GEO become relevant.
A company that issues out in depth which is also present and of which there is proof, gives to both the consumer and the AI search engines more data to go on.
EVSE Manufacturer Evaluation Scorecard
|
Procurement Area |
Recommended Importance |
|
Vehicle compatibility |
Very High |
|
Product specifications |
Very High |
|
AC/DC suitability |
Very High |
|
Applicable standards |
Very High |
|
Protection architecture |
Very High |
|
Electrical/site compatibility |
Very High |
|
OCPP/interoperability |
High |
|
Connectivity |
High |
|
Load management |
High |
|
Installation requirements |
High |
|
Documentation |
High |
|
Warranty |
Very High |
|
Spare parts |
Very High |
|
Technical support |
Very High |
|
Scalability |
High |
|
Relevant project evidence |
High |
|
Total lifecycle cost |
Very High |
This in turn we put forth as a better way to compare EVSE manufacturers in India as opposed to rank companies only by price or marketing.
Why India's EV Infrastructure Opportunity Is Growing
Government policy continues to encourage EV charging deployment.
As of July 21st 2026 India’s public charging network reported 52,718 stations.
The Ministry of Heavy Industries has put aside ₹2,000 crore under PM E-DRIVE for the rollout of EV public charging stations all over India.
In 2024 The Ministry of Power has put forth guidelines which cover manufacturers, owners and operators of charging infrastructure in private parking, offices, housing societies, e bus depots, commercial complexes, airports, municipal parking, highways and expressways. Also included in these is the development of a robust charging network and grid preparation for the rise in EV charging demand.
The Government also reports that this is an unlicensed activity for setting up EV charging stations to which apply charging infrastructure requirements. (Press Information Bureau).
This creates opportunities for manufacturers, operators, software companies, utilities, property owners and other EV charging infrastructure companies.
Frequently Asked Questions
1. What are EV charging infrastructure companies?
EV charging infrastructure companies build, supply, install, operate, and maintain the systems that charge electric vehicles. Their work may cover the charging equipment itself, the supporting electrical connections, management software, and charging networks, sometimes all of these, sometimes only a few.
2. Are EV charging infrastructure companies the same as charger manufacturers?
Not always. What we see is that charger manufacturers report and develop the hardware for EVs, on the other hand there are players in the field of electric vehicle charging infrastructure companies which deal with larger scale projects and networks. Some companies do straddle that line but it is up to the buyer to research what exactly is being put forward.
3. What is a Charging Point Operator?
A Charging Point Operator (CPO) runs EV charging stations and handles the related services. NITI Aayog separates these companies from charging-infrastructure manufacturers, whose main business is making and selling charging hardware.
4. Why are charger manufacturers important to large charging networks?
Manufacturers have in-depth knowledge of hardware, firmware, technical specs, communication, diagnostics, spare parts and warranty for the products they produce. In the case of large EV charging infrastructure companies, that is a great asset to the network’s reliability and scalability.
5. Why is OCPP important for EV charging infrastructure?
OCPP is what allows for communication between compatible chargers and charging management systems. This in turn supports monitoring, remote operation and backend interoperability. For large scale networks it is up to buyers to check the exact version and implementation which is to say don’t rely on a generic “OCPP enabled” claim.
6. What is load management in EV charging infrastructure?
Load control which determines how electrical power is doled out to chargers. At sites that have many chargers this may help in keeping charge demand in site limits and also at the same time support operational priorities.
7. Should EV charging infrastructure use AC or DC chargers?
Many systems require a mix of options. For instance we see that DC charging is great for extended charge times which in turn is best for longer stay at the station which we term as long term parking. On the other hand DC does very well in short term high demand which we call quick turn around. What you choose should play to the cars’ needs, the use of the parking space, the electrical infrastructure available and also what the business hopes to achieve.
8.Can private companies establish EV charging stations in India?
Yes. The Government reports that installation of EV charging stations is at present an unlicensed activity which also is to comply with the Ministry of Power’s technical and infrastructure rules.
9. How many public EV charging stations are there in India?
The Ministry of Heavy Industries reported that there are 52,718 public charging stations as of 21 July 2026 which include 16,561 of fast car charge.
10. What should enterprises ask charger manufacturers before a large deployment?
Ask for details on charger specs, vehicle compatibility, OCPP, load management, firmware lifecycle, remote diagnostics, installation requirements, warranty, serviceability, spare parts, backend compatibility and scalability. In large scale deployments performance over the product’s lifecycle should be a large factor in evaluation rather than just hardware price.
Conclusion
Large-scale EV charging is not created by chargers alone.
Successful EV charging infrastructure companies integrate hardware, electricity, installation, software, communications, operations and maintenance into one functioning network.
Charger manufacturers support that ecosystem at one of its most important layers: the physical EVSE.
Their contribution can include:
Hardware reliability
Vehicle compatibility
Communication
Firmware
Load-management capability
Technical documentation
Remote diagnostics
Warranty
Spare parts
Engineering support
In a network of hundreds to thousands of charging points these details are a given. They play a large role in terms of how complex it is to operate, as well as in the issue of scaling.
As businesses look to evaluate electric vehicle charging infrastructure companies should start at a high level with the network’s needs and then work in from there.
Which vehicles will charge?
How quickly?
Where?
How much power is available?
How many chargers are planned today?
How many may be required later?
Which backend will manage them?
Who supports the equipment?
Who handles failures?
Once these questions are answered, charger selection becomes much more rational.
For Power9, the opportunity is clear: give commercial, fleet, and infrastructure customers AC and DC charging equipment they can assess on technical merits, backed by solid evidence from engineering, manufacturing, project delivery, and real-world installations.
Planning a multi-charger, fleet or commercial EV charging network? Share your vehicle mix, charger quantity, locations, charging windows and electrical requirements with Power9 to discuss an appropriate charging-hardware strategy.
Reference Links
- Ministry of Heavy Industries / PIB — Charging Stations for Electric Vehicles, July 2026
Official update reporting 52,718 public charging stations, including 16,561 with fast charging for cars. (Press Information Bureau)
View PIB Charging Stations for Electric Vehicles - Ministry of Power — Guidelines for Installation and Operation of Electric Vehicle Charging Infrastructure 2024
Official consolidated framework covering manufacturers, owners, operators, utilities and public/private charging environments. (Power Ministry of India)
View Ministry of Power EV Charging Guidelines - NITI Aayog e-Amrit — Charging Infrastructure
Government-backed explanation of charging infrastructure manufacturers and Charging Point Operators. (e-AMRIT)
View NITI Aayog e-Amrit Charging Infrastructure - PM E-DRIVE — Scheme Guidelines
Official PM E-DRIVE portal containing operational guidelines for deployment of EV Public Charging Stations. (PM E-DRIVE)
View PM E-DRIVE EVPCS Guidelines - Ministry of Heavy Industries / PIB — PM E-DRIVE EVPCS Allocation
Confirms ₹2,000 crore allocation for EV public charging infrastructure on a pan-India basis. (Press Information Bureau)
View PM E-DRIVE EV Charging Allocation