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Charge Point Operators (CPOs) must comply with evolving central and state regulations for 2025–26. This checklist compiles key mandates for public, private/residential, and fleet charging setups, drawing on official guidelines (MoP/CEA/BIS/MoHUA/MHI, etc.) and examples from Delhi, Maharashtra, Karnataka, Tamil Nadu, and other states. Each point below cites the relevant regulation or policy clause. CPOs should verify requirements with their legal teams and local authorities to ensure full compliance. 

1. Safety Standards & Electrical Clearances 

• CEA Safety Regulations: Install chargers per CEA Regulations 2010 (Measures Relating to Safety and Electric Supply). Requirements include earth-leakage/interlock protection, emergency cut-offs, signage, and earthing per IS/IEC norms. Maintain a 1.25× safety margin on feeder capacity (MoHUA MBBL).

• BIS/ARAI Certification: Use only certified EVSE. AC chargers must meet IS 17017-1 & -2; DC chargers (50–200kW) must meet IS 17017-23 (with Part-24 comms), and low-power (<7kW) must meet IS 17017-25. Bharat AC001 or DC001 chargers must be BIS approved. Obtain ARAI AIS-138 compliance and a BIS license for each model. 

• Local DISCOM/Authority Approvals: Secure a new service connection or augment the existing load with the local distribution licensee. Follow utility-specific procedures (e.g., Karnataka BESCOM’s LT-6(c) tariff for EV charging). In multi-user setups, obtain individual or common connections as per KERC guidelines. Submit single-line diagrams and clearance from the electrical inspector. 

• Fire & Building Safety: Comply with National Building Code (NBC) requirements for fire and electrical safety. Obtain a fire NOC if mandated by local authorities, especially for public or fuel or CNS station sites. MoHUA MBBL amendments classify charger locations as “essential services” and have adequate clearance per NBC. In Maharashtra, EV plans in MIDC areas must include fire‐safety protocols and fast-track approvals.

2. Technical & Protocol Standards 

• Connector Standards: Provide mandated plug types: Type-2 (Mennekes) for AC cars; Bharat AC001 sockets for 2/3-wheelers; CCS2 for DC fast cars; GB/T or Type-4 (IEC 62196-3) for buses/trucks if required. Use the standard Bharat DC001 interface for two- or three-wheelers. This follows MoP/BIS norms and global practice. 

• Communication Protocols: Adopt open protocols for network interoperability. As per MoP/CEA guidelines, all new chargers must support OCPP EV charging protocol (1.6J/2.0.1) for backend communication and OCPI (or equivalent) for roaming/payment integration.  ISO 15118 and IEC 61851/ISO 15118 series are recommended for CCS implementations. Document conformance: e.g., certify OCPP and OCPI support in technical specs. 

• Smart Features: Incorporate smart metering and demand-response capability.  Best practice includes ISO 15118/BMS communication for vehicle-driven charging control, prepaid/postpaid billing, and renewable integration. If providing AC/DC fluid-cooled battery swap (FCBCS), follow emerging BIS/DHI guidelines once formalized. 

• Quality & EMC: Chargers must meet Indian Electrical Equipment Quality Control Orders and be certified for local climate conditions. Use BIS-certified cables (IS 17044 series) and hardware rated IP55+ for outdoor use. Ensure conduit and cable trays meet CEIG/government electrical inspector standards. 

3. Cybersecurity & Data Protection 

• CERT-In Compliance: Monitor and apply CERT-In advisories. EVCS software and networking must be secured per government directives.  Reported cyber incidents to CERT-In as mandated by the CERT-In directions. Conduct periodic audits by CERT-In auditors. 

• Data Privacy & Security: Implement encryption and secure payment standards (e.g., PCI-DSS for payment processing, UPI encryption). Protect user registration and charging data under the IT Act and updated data protection rules.  CPOs should consider BIS draft standards or guidance for “smart grid” security (once issued) and follow NCIIPC guidelines for critical infrastructure. 

• Network Separation: Isolate charger control networks from general IT networks. Use secure VPNs or APN-based cellular connections for charge point communications. Keep firmware updated and prohibit the use of default credentials. In partnership with software providers, ensure over-the-air (OTA) updates and secure authentication (RFID, 2FA) as per MoP guidelines. 

4. Tariff Structure & Metering Rules 

• EV Tariffs (Central): Tariffs must be ≤ average cost of supply +15%. Check your State Electricity Regulatory Commission (SERC) for notified EV tariffs. For example, Karnataka’s 2024 tariff order set ₹4.50/kWh for EV charging (LT-6(C) category). Under MoP guidance, domestic‐rate tariffs may apply for private (home) chargers. Always confirm the latest state order for EV CPOs. 

• Metering Configuration: Install a dedicated revenue meter under the EV tariff category for public chargers. In housing societies, follow local guidelines (e.g., KERC allows LT/HT sub-metering for EV loads). Ensure Time-of-Day (ToD) metering if mandated. For residential chargers, a domestic meter can be used if no separate connection is taken. 

• Time-of-Day (ToD) Rates: Align charging rates with ToD schemes. Tamil Nadu’s July 2025 EV tariff order uses approx. ₹6.50/kWh (mid-day) vs. ₹9.75 (peak). CPOs should program chargers to encourage off-peak/renewable charging and may offer incentives accordingly

• Service Charges: Many SNAs cap service fees on subsidized chargers.  Maharashtra fixed ₹3.00 (urban) / ₹2.30 (rural) per unit for incentive‐assisted stations.  Display the total per-kWh price clearly to consumers, including GST and duty. 

5. Interoperability & Discoverability 

• Roaming and Payments: Integrate with national EV roaming platforms. New public chargers must accept third-party RFID/QR codes and support digital payments (UPI, Aadhaar Pay). Adoption of OCPI ensures roaming across CPO networks. Unify with government/nodal portals (like the BEE e-vehicle directory) so users can locate your stations. As per recent policy, compliance with these interoperability norms is mandatory for incentives and licenses. 

• BEE Portal & Networks: Register all public chargers on BEE’s EV-charge point portal (Evyatra) to obtain a unique ID. Share live charging status via OCPP for apps and maps.  Ensure your back-end CMS/EMS supports automated reporting of uptime, energy dispensed, and usage stats. 

• Connector Compatibility: Equip outlets with standardized plugs and sockets. For mixed fleets, consider multiple guns (e.g., CCS2 + CHAdeMO/GB-T). Guarantee universal compatibility so any EV user (2W to bus) can charge. Mark charger types clearly on-site. 

• Public Charging Infrastructure (PCI) Standards: Follow MoP siting norms. As per the 2024 guidelines, a minimum number of slow and fast chargers must be provided at each public charging station. Example: one public charger per 3 two-wheelers, one fast charger per 10 cars. Complying with these ensures consistency and network-wide standardization. 

6. Land Use, Building & Zoning Rules 

• Building Bye Laws (MoHUA): New construction must allocate at least 20% of parking for EV charging (Clause 10.4, MBBL 2016 amendments). Many states go further (Maharashtra requires 100% of new residential).  Pre-wire parking basements with extra conduit and capacity. Provide at least 1 slow charger for every 100 parking slots in offices/apartments. 

• Residential/Group Housing: Private homes may use domestic meters. In Karnataka, KERC allows homeowners to connect within an existing load or upgrade with permission.  Shared society chargers require owner consent and DISCOM clearance for wiring in common areas.  

• Municipal Permits: Treat EV chargers as “essential public utilities.” Many cities (e.g., Delhi’s Switch Delhi portal) offer one-stop authorizations for charger installation. File with the local planning authority to amend the development plan or get a kiosk permit if on public land. For roadside/highway stations, comply with highway authority setbacks and signage norms.  
• Land Leasing/Zoning: Negotiate leases with ULBs or oil companies (MoP urges priority use of petrol pump land for EV charging). Comply with local zoning norms; for instance, some municipal codes classify EV stations as “Automobile Fuel Station” or “Public Utility”. In mixed-use or industrial zones, check if special permission is needed for large battery storage.

7. State Policy & Local Guidelines (Examples) 

• Delhi: The Delhi EV Policy 2022/23 promotes private charger deployment via a single-window clearance system and mandates that large developments (projects >X m²) must reserve EV-ready parking. 
• Maharashtra: State EV Policy 2025 requires fast chargers at all fuel stations and MSRTC bus depots and charging stations every 25 km on highways. Concessional tariffs apply to all EV/Swap stations (per MERC Order 217/2024). New buildings must be EV-ready (100% residential and 50% commercial). Fire-safety and SPA clearance fast-tracking is specified for MIDC/industrial areas. 
• Karnataka: KERC’s 2024 orders set a ₹4.50/kWh tariff. Sub-metering is allowed in buildings and requires Discoms to process EV service requests per the Rights of Consumers Rules. KERC also permits individual flat owners to add chargers within existing sanctioned loads. BESCOM published guidelines for the LT-6(c) tariff category and connection procedures. 
• Tamil Nadu: TNERC mandates ToD tariffs favoring solar hours. Tamil Nadu’s EV policy 2023 offers a 25% capex subsidy for the first 50 private chargers (max ₹10 L) and requires all new urban parking to be EV-ready. The state’s recent tariff order saw higher peak rates (approx. ₹9.75) with solar-hour advantage (approx. ₹6.50 midday). CPOs in TN should schedule charging accordingly. 
• Other States: Many state policies mirror these provisions. Karnataka encourages one fast charger per 20 km on highways; Kerala offers subsidized land for charger parks; Tamil Nadu requires one charger per 100 parking spaces in new buildings. Always check the local SERC and state EV policy for unique rules. 

To remain competitive and relevant, CPOs must invest in an EV charging management system that integrates OCPP/OCPI protocols, billing, and monitoring. This ensures compliance and smooth operations across networks.

Operators planning commercial EV charging stations must align with fire safety, municipal permits, and tariff rules. Partnering with an EV charging solutions company like Bolt.Earth can streamline deployment, service, and maintenance, while attracting EV infrastructure investors to accelerate network scaling.

With more electric vehicles (EVs) on Indian roads, public EV charging stations are busier than ever. Just like sharing any shared resource, EV charging etiquette for drivers works best when everyone is considerate. Courteous behavior keeps queues moving and prevents frustration. Here are some friendly do’s and don’ts to keep in mind when you plug in.

Don’t Block or Hog the Charger 

Always use a charging bay only when you’re actually charging. Parking in a charger spot without charging or leaving your car plugged in long after it’s full blocks others. This is frustrating for other EV users. 

1. Park only if charging. Drive into a spot or bay only when you intend to plug in. If your EV is already full, move it to a regular parking space. Occupying a charger when not charging is inconsiderate (and in some cities even penalized). 

2. Set a timer or use the app. After you finish charging, unplug and vacate the spot as soon as possible. Many chargers or EV apps let you set alerts when charging is done. That way you won’t forget and unintentionally block the charger. 

3. Avoid 100% charges on fast stations. Rapid chargers slow down after 80%, and topping up that last 20% takes a long time. If you don’t need 100% right away, it’s courteous to top up that 20%, so you don’t keep others waiting. 

Quick tip: Return the charger cable to its port and move your car once charged. Hanging onto a fast-charger bay wastes everyone’s time. 

Avoid ICE-ing and Idle Parking 

EV spots are meant solely for charging. Don’t block a charger bay with a petrol or diesel car or use them as extra parking. For example, valet attendants in malls may not know EVs’ needs, so always confirm your spot is for charging and not merely parking. 

• Look for signage: Many stations have clear markings or signs. If you see a spot labeled “EV charging station”, only EVs actively charging should occupy these bays. Some cities may even fine petrol/diesel cars caught charging spot-hogging. 

• Ask around: If a charger is blocked, politely check with nearby drivers before assuming. Sometimes a friendly chat avoids confusion. 

By following these simple rules, we reduce charging bay frustration and make sure every EV driver gets a turn.

Respect the Queue and Communicate 

Charging stations usually operate on a first-come, first-served basis. Jumping the line is a no-no. If EVs are queued up, wait your turn – no cutting ahead. This helps everyone know who’s next and avoid squabbles. 

• Talk politely: If it’s busy, a quick smile or word with the driver ahead can clarify who’s first. Most drivers will appreciate the courtesy. 

• Share status online: Use apps like PlugShare or EV community groups to share updates and reduce confusion. Some EV clubs in India even have WhatsApp groups where drivers announce a completed charge. By updating others that your car is “done” or “80% done”, you help the next person know it’s almost their turn. 

Remember: treat charging slots like any shared resource. Patience and a quick chat go a long way to avoid misunderstandings. 

Keep Charging Station Clean

Respect the equipment and space. After you charge: 

• Tidy up cables: Coil cables neatly or place them in holders. Never leave the connector dangling or on the ground. Cables and plugs are delicate; returning them properly prevents damage and keeps the station ready for the next user. (It’s the EV equivalent of not leaving the petrol nozzle draped across the forecourt.) 

• Use bins for trash: Dispose of trash in bins, not on the ground. A clean charging area is more pleasant for everyone. 

• Don’t tamper with equipment: Never press the emergency stop or pull on someone’s cable. Only interact with chargers as intended. (For example, to end your session, use the app or tap out, do not hit any red stop buttons, which can knock the charger offline. 

By keeping chargers and parking areas clean and orderly, we respect the growing EV infrastructure and our fellow drivers. Think of it as EV station hygiene, a small courtesy with big benefits. 

Do Not Unplug Someone Else’s Vehicle 

Let’s be clear: never unplug someone else’s EV without permission. The charging connector is usually locked in place until the car finishes charging. Forcibly taking it out can damage both the car and station. Always wait until the person returns, or only touch a plug if the owner explicitly says it’s okay. 

In high-demand areas, tempers can flare, but try to stay cool. Remember that EV charging is still new in India, and everyone’s learning as they go. If someone’s car is taking longer than expected (or even if a non-EV is blocking the spot), stay polite and lend them a helping hand.  

Good charging etiquette is really common courtesy. In fact, many EV users leave notes on their dashboards or windshields indicating how much charge they need or when they expect to finish. If you see such a note, respect it and wait patiently. 

Label Cables and Identify Equipment 

When using portable chargers or community charging cables, it’s helpful to mark your gear, so people know it’s yours. For example, a bit of colored tape or a sticker on your home-to-public electric vehicle charging point can avoid mix-ups in residential complexes or office parking. Doing so shows thoughtfulness. It prevents someone else from accidentally taking your charger. In busy charging spots, returning connectors to their holsters or hanging them neatly makes life easier for the next driver. 

Special Tips for Fleet Operators 

Companies running multiple EVs (taxis, delivery vans, office cars, etc.) face unique charging challenges. Here are a few pointers if you’re managing a fleet: 

• Schedule charging windows: Assign time slots for each vehicle so chargers aren’t all taken at once. For instance, use an app or whiteboard to book one car on the charger at a time. 

• Mix charger types: If you have chargers at a depot, match them to vehicle needs, slower AC chargers for overnight top-ups, and a couple of DC fast chargers for quick turnarounds. Smart energy management systems can automatically avoid demand spikes. 

• Communicate within the team: Make sure all drivers know the rules: where chargers are, how long each can use one for, and what to do when done. A shared Google Sheet or app notification can remind people to swap vehicles when charged. 

• Keep shared areas tidy: Even for fleets, don’t trash the bay or leave cables everywhere. Professional responsibility goes hand-in-hand with public courtesy. 

Following these practices means your vehicles stay charged without grid tantrums and sets a good example for the community. 

Lead by Example 

India’s EV charging network is still growing, and every user’s behavior sets the tone. By following these simple EV charging best practices, you help build a friendly charging culture. New EV drivers will follow your lead, making everyone’s life easier. 

• Be patient: EV charging times range from a few minutes (for top-ups) to an hour or more (for empty batteries). Bring something to do, read a newspaper, or grab a snack. 

• Educate others: If you see a newbie struggling with the charger, offer help or quick advice. A little guidance turns frustration into confidence. 

• Share feedback: If a charger is frequently broken, or parking attendants don’t understand EV bays, let the station operator know. Many companies have helplines or app reporting. Your input can improve the system for everyone. 

In short, treat charging stations as community parking: use them courteously, keep them clean, and respect others’ space. As one EV driver put it, “Treat others the way you want to be treated at the charger.” With everyone doing their part, India’s EV future will be charged with good vibes. 

EV charging in India broadly falls into two models: public vs captive EV charging, with a growing set of hybrid use cases in between. 

Understanding the differences between these models is critical for policymakers, charging operators, fleet owners, real-estate developers, and everyday EV users. Each model comes with its own regulatory requirements, cost structures, operational challenges, and business logic.  

In this blog, we explore: 

1. The difference between public and captive EV charging  

2. How regulations, tariffs, and operational risks differ across public and captive charging setups  

3. Which charging model makes sense for different stakeholders 

Public vs Captive EV Charging 

Public EV charging stations are open to all EV users. These are typically located at highways, petrol pumps, malls or transit hubs, or city parking areas. For example, public chargers might be found along a highway rest stop or on a city street for any commuter to use.  

In contrast, captive (or private) charging refers to charging points reserved for a specific owner or group. These serve electric vehicles owned or operated by that organization or community. Typical captive EV charging infrastructure sites include a company’s bus depots, fleet yards, housing society parking lots, or office garages.  

A semi-public category also exists, such as chargers at residential complexes or schools that primarily serve a community but may allow authorized visitors. 

Most EV owners charge at home or work (captive charging), while public stations are essential for travel or for those without private parking. 

Regulatory and Policy Differences 

India’s EV charging is de-licensed, meaning no special license is required to set up either public or captive stations. However, regulations differ in practice.  

Public stations (often run by dedicated Charging Point Operators, or CPOs) must register with authorities, comply with Central Electricity Authority (CEA) safety standards, and often report data to nodal agencies.  

Captive installations face fewer challenges. A 2022 policy explicitly allows EV owners to use their existing home or office power connections for charging, simplifying captive deployment. 

Tariff rules differ too. Commercial EV charging stations generally purchase electricity from the grid like other consumers, but regulators cap their tariffs to encourage affordability. The Ministry of Power capped public charger supply until 2025. They also directed distribution companies to provide grid connections quickly (within 7 days in metros, 15 in other cities, and 30 in rural areas).  

In contrast, captive chargers pay standard domestic, commercial, or industrial tariffs through existing meters, without special EV surcharges. 

Safety and approvals apply to both: all chargers need a commissioning certificate and adherence to CEA/BIS standards. Public CPOs often must file reports or register each site. Whereas captive stations (especially small home/office ones) incur minimal paperwork. In effect, private charging faces fewer regulatory hurdles (involves fewer stakeholders and requires less regulatory compliance), whereas public charging must navigate permits, multiple clearances, and mandated data reporting (e.g., to state nodal agencies or a national database). 

Risk Factors and Operational Challenges 

Both charging models face unique challenges.  
 
Grid load and reliability: Public chargers (especially DC fast chargers) can strain local networks if many are clustered. Inadequate grid planning is a concern: some reports warn of potential bottlenecks if EV charging load isn’t forecasted and managed. Captive depots can schedule charging (often at night) to avoid peak tariffs and may even add onsite batteries or solar to buffer load. However, if a captive facility’s chargers overload a transformer, it could trigger outages. 

Uptime and maintenance: Public charging has struggled with reliability. A 2024 report found that roughly 12,100 of 25,000 public chargers (approx. 48%) were non-functional at that time, severely undermining user confidence. Frequent outages lead to range anxiety and deter EV users. Captive chargers, by contrast, usually have dedicated maintenance and backup plans.  

Billing and payment complexity: Public users need convenient payment methods. Currently, public chargers often rely on apps or RFID cards to pay, leading to fragmentation. Users report juggling dozens of apps to find and pay at different networks. In captive settings, billing is simpler: companies or housing societies can charge residents via monthly flat fees or allocate costs internally, without complex payment systems. In fact, workplaces often subsidize charging for employees rather than billing per kWh, simplifying operations. 

Security and vandalism: Public stations (especially in less supervised locations) can be vulnerable to vandalism or theft of cables. Many guidelines recommend CCTV and on-site staff for larger public hubs. Captive chargers on gated property have better security by default. Safety compliance applies to both, but public sites face stricter scrutiny due to liability from third-party use. 

CAPEX and financial risk: Public operators face high CAPEX and low utilization. Early studies note many public chargers run at only approx. 5% utilization (idle 95% of the day). At such low use, stations struggle to recover costs; one analysis showed that even at approx. 15% utilization (about 7 fast-charge sessions per day), a charger only breaks even on operating costs. This makes ROI difficult without subsidies, utility incentives, or rent-sharing deals to stay viable.  

Captive projects are funded internally (by a company or RWA) and don’t rely on user fees. Their return is measured in reduced fuel costs rather than direct revenue. Electrifying a fleet can save hundreds of crores in fuel costs (national estimates show ₹1.63 lakh crore saved by electrifying all govt. vehicles), offsetting the initial CAPEX. 

Business Models: Monetization vs Cost Optimization 

Public charging is a commercial service, earning revenue from energy sales, parking, or partnerships with retailers or hotels, e.g., malls. Subsidies and “free land” provisions help. Open-access networks and aggregator apps aim to maximize charger use. However, low utilization often forces reliance on subsidies or revenue-sharing deals. Some business models (franchising, COCO) have emerged, but all hinge on growing EV traffic. 

In contrast, a captive charging setup is an internal cost center, not a profit-making venture. Companies or fleet operators install chargers to minimize their own operating costs. For high-mileage fleets (delivery vans, cabs, buses), total cost of ownership (TCO) already favors EVs.  

Industry analyses find many EV fleet vehicles are cheaper over time than diesel equivalents due to savings on energy and maintenance. Thus, a logistics firm may invest ₹5–10 lakh per depot charger, confident that each unit of electricity (₹5–10 per kWh) displaces much pricier diesel (₹80+ per liter) and pays back in years.  

Housing societies, likewise, charge residents a modest fee or include electricity in maintenance dues. Captive sites often schedule charging for off-peak tariffs and pair chargers with on-site solar generation to cut costs. They rarely “monetize” charging, instead they work to optimize energy use and decouple the fleet’s fuel expenses from oil price swings. 

Hybrid models blur the line. For example, a workplace may open its chargers to the public during off-hours (a semi-public model), or a delivery fleet depot might charge visiting taxis at a premium. Such approaches can improve utilization and share CAPEX. 

Infrastructure, Land Use and Investment 

Public chargers require dedicated land. But finding suitable land is a major hurdle: in cities, land parcels are controlled by many agencies (municipal, transport authorities, etc.), complicating site selection. Even when space is identified, grid infrastructure (transformers, feeders) may need costly upgrades. The government has tried to ease this by subsidizing distribution network upgrades (e.g., via RDSS funding) and providing land at concessional rates. By contrast, captive EV charging infrastructure typically uses existing property (office or apartment parking lots) and taps into the owner’s power supply. This greatly reduces land and development costs. A housing society usually can install a charger in its basement parking with minimal additional wiring, whereas a standalone public station might need full civil work. 

Investment size also differs. Public fast-charging hubs often bundle multiple DC chargers (150kW or higher) along with amenities (restrooms, cafes), driving CAPEX into crores. Captive sites usually install slower AC chargers (3–22 kW) sufficient for overnight charging; while each charger is cheaper, a large fleet can still entail multi-million-rupee setups. Both models are increasingly integrating batteries or solar to shave peak demand charges. For instance, some highway stations now include battery storage to manage grid load spikes, an expense borne by the public operator. Captive depots similarly adopt microgrids or V2G (vehicle-to-grid) controls to optimize cost, using state programs like the PM e-Drive scheme to offset some capital cost. 

Choosing the Right Model: Who Uses Which?

• Individual drivers: Those with private parking can rely on captive charging. Apartment dwellers may use society chargers (semi-public) or rely more on occasional public chargers.  

• Fleets: Buses, delivery vans, and taxis almost always use captive depots. Transport companies install depots with multiple chargers to serve their own vehicles. Such depots may start as purely captive but can become shared hubs if usage allows. 

• Real-estate developers and businesses: Install captive chargers for tenants or employees, sometimes adding public chargers for visitors. Many are exploring EV charging solutions for businesses that combine captive setups with public models. 

• Urban planners and utilities: Focus on public charging in dense areas (transit stations, government parking) to meet public-access needs. Some city policies allow RWAs (resident welfare associations) to run chargers for residents (effectively captive) and even permit opening them to outsiders as public charging under certain conditions. 

• Rural authorities: Prioritize highway and district-level public chargers, while captive charging supports public services like buses and railways, and is usually handled as an internal project by those agencies. 

In summary, the use case dictates the model. A delivery company wants reliable, high-volume charging and will invest in captive EV charging infrastructure. A middle-income family without a garage will press for accessible public chargers nearby. A corporate campus will likely offer both: onsite charging for employees (captive) and some open slots for guests (semi-public). Government fleets (e.g., buses) are virtually always captive-charged at depots, but public bus stops may also get chargers for private vehicles to use. 

As India’s EV charging network grows, stakeholders must balance convenience, cost, and compliance. The right mix of commercial EV charging stations and captive setups with ensure both accessibility and sustainability.