Published by VIDA
Read Time: 2 min
Date: 23rd July 26
India's public EV charging network has grown significantly in recent times, reaching nearly 29,151 stations. Karnataka, Maharashtra, and Delhi lead in station density, but even in these states, coverage varies between commercial hubs and residential neighbourhoods.
For the 2.3 million EVs registered across India, reliable station discovery is a daily necessity. Explore the apps, maps, and locator tools that help you solve that problem.
EV charging stations are fixed locations equipped with electric vehicle supply equipment (EVSE) that deliver power to an electric vehicle's battery. They range from standard AC sockets suited for overnight home charging to high-powered DC fast chargers built for quick top-ups along highways.
In India, public EV charging stations are set up by government bodies, oil marketing companies (IOCL, BPCL, HPCL), and private operators. The Bureau of Energy Efficiency (BEE) maintains a national database of all registered public stations, and setting up a public charging station is a de-licenced activity, so the network is growing steadily from both public and private investment.
India's fast-charging network is expanding, but station distribution does not yet match EV adoption evenly across the country. The Ministry of Power's guidelines require at least one charging station within every 3 km × 3 km grid in cities and one every 25 km on both sides of highways. Cities such as Bengaluru, Pune, and Delhi are closer to meeting this target. Suburban and semi-urban zones still have wider gaps.
Knowing exactly where your nearest charger is, whether it is operational, and which connector types it supports keeps your rides predictable. This is especially true when you travel beyond your usual routes or visit a new city.
Indian EV owners have four practical ways to locate charging stations. Each one works differently and suits a different situation.
Dedicated EV charging apps provide real-time availability and support in-app payments.
Map-based search on Google Maps or Apple Maps gives you quick visual results and turn-by-turn navigation.
Charging network-specific apps from operators are built around their own station networks.
In-vehicle navigation systems on compatible EVs can suggest nearby chargers while you ride.
Dedicated EV charging apps give you the most complete picture of station availability in India. They go beyond location pins by showing you live charger status, letting you book a slot in advance, and handling payment from your phone.
The most widely used apps for Indian EV owners include the following.
Tata Power EZ Charge: Covers 5,500+ public charging points across 630+ cities. You can check real-time availability, scan a QR code at the station, and pay within the app.
Bolt.Earth: Runs India's largest peer-to-peer charging network with over one lakh chargers in 1,800+ towns. Useful in smaller cities where traditional networks have limited reach.
PlugShare: A global platform with user-submitted reviews and status updates. Particularly helpful for verifying whether a specific station is actually working before you ride there.
Keeping two or three of these apps installed gives you backup options when a station on your network is offline in your area.
Map-based search is the quickest way to get a visual overview of charging stations near your current location or along a planned route.
Open Google Maps on your phone and type "EV charging station" or "EV charging station near me" into the search bar. Google Maps shows station markers with details on charger type (AC or DC), operating hours, and current availability where the operator shares that data.
You can filter results by charging speed (slow or fast) and by connector type to match your vehicle. Recent updates to Google Maps on Android Auto also allow you to set EV charging filters that persist across searches, so you do not need to reapply them each time.
For longer rides, you can add a charging station as a waypoint during navigation. Google Maps estimates your arrival time at the station and includes it in your overall route duration.
Apple Maps supports EV charging station search in India, though its coverage and feature depth are more limited than Google Maps. You can search for EV charging and see station pins on the map. Filtering by connector type and viewing real-time availability are not as developed in Apple Maps for the Indian market at this stage.
Network-specific apps are built around a single operator's stations. They tend to offer more in-depth features for that network, such as detailed charger specs, queue position, and remote session controls.
Jio-bp Pulse: Focuses on fast-charging stations at highways, malls, and Jio-bp fuel outlets. Supports UPI payments and remote session start and stop from the app.
Statiq: Covers 7,000+ chargers with real-time status updates. Strong presence in north and west India.
These apps are most useful if you regularly charge at a particular network's stations. For general discovery across multiple networks, aggregator apps like PlugShare or Bolt.Earth cover a wider range.
Some electric vehicles come with built-in navigation systems that display nearby charging stations on the dashboard screen. These systems can suggest charging stops based on your current battery level and your destination.
For electric two-wheelers, connected apps that pair with the scooter's display offer a similar function. Turn-by-turn navigation on connected scooters can help you locate a charger on the move without pulling over to check your phone.
| Tip: The average urban commute in India is only a few kilometres. So, you won't need a public charger for daily commutes as often as you might think. A fully charged electric two-wheeler can comfortably cover a regular round trip on a single charge. For most riders, plugging in at home overnight is enough to handle the entire week's travel. Public charging stations become essential mainly for weekend trips, longer rides, or the occasional morning when you skip the overnight charge. |
Indian EV charging stations fall into distinct categories based on power output and charging speed. Knowing which type your vehicle supports helps you pick the right station.
| Charger Type | Power Range | Typical Use |
| AC Slow (Bharat AC-001) | 3.3 kW | Two-wheelers, three-wheelers, overnight home charging |
| AC Fast (Type 2) | 7–22 kW | Workplace and commercial parking, moderate-speed top-ups |
| DC Fast (CCS2) | 25–60 kW | Highway corridors, quick top-ups during transit |
| DC Ultra-Fast | 100–350 kW | Four-wheeler highway charging, fleet and commercial vehicles |
Most electric two-wheelers, including models like the VIDA VX2 Plus, charge fully using standard AC sockets or dedicated two-wheeler charging bays at public stations. DC fast chargers are designed primarily for electric cars and commercial fleets on longer routes.
Arriving at a station only to find it offline or occupied wastes time. Most dedicated EV apps now show live charger status, letting you check before you ride.
Most apps display whether a specific charger is available, occupied, or under maintenance. Google Maps also shows live status for a growing number of Indian stations, especially those run by larger operators.
Where supported, booking a charging slot in advance through the app removes the guesswork. You select your station, pick a time window, and the charger is held for you. User reviews on PlugShare and Google Maps also help. A recent comment flagging a charger as broken can save you a wasted trip.
For intercity rides, identifying charging stations along your route before you leave reduces the risk of unplanned detours. Most dedicated EV apps let you plot a route and see available stations along highways and expressways. Google Maps supports adding charging stops as waypoints during navigation.
India's highway charging coverage has improved with oil marketing companies adding EV charging bays at fuel stations along national corridors. The PM E-DRIVE scheme has earmarked 72,300 charging stations across 50 national highway corridors, with installation ongoing.
Some stations marked as available on an app will be offline when you arrive. Power outages, maintenance downtime, and occupied bays are common across India's still-maturing charging network. A few practical steps can help.
Try a different app. If one network's station is down, another app often shows nearby alternative stations. Many charging stations frequently cover overlapping areas with independent chargers.
Check user reviews before riding. Google Maps and PlugShare include user-submitted status updates. A recent comment flagging a broken charger is a reliable signal.
Use home charging as a backup. Electric scooters with removable batteries let you charge the battery at any standard 5A home socket. You can detach the battery, carry it inside, and plug it in at home or at your workplace.
Report the issue in the app. Flagging a broken station helps other riders and prompts the operator to restore service faster.
Having a backup charging method available keeps your routine steady, even when a specific station falls through.
VIDA, powered by Hero MotoCorp, gives its riders a distinct advantage in charging flexibility. Every VIDA EVooter supports three charging methods: direct vehicle charging, removable-battery charging at any standard 5A home socket, and access to VIDA's fast-charging network of 5,900+ stations across 450 Indian cities. A full charge at a fast-charging station takes approximately 62 minutes.
VIDA scooters also come with removable batteries (single or dual). This feature is especially practical for apartment residents. You can carry the battery upstairs, plug it into any 5A socket, and start the next day fully charged. This approach works well even in buildings where dedicated parking chargers are not yet installed.
India's charging infrastructure is on track for continued growth over the next several years. The PM E-DRIVE scheme, with its allocation of ₹2,000 crore for public charging infrastructure, targets installation of over 72,000 stations by the end of its current phase.
The Ministry of Power's revised guidelines also push for tighter density: at least one station within every 1 km × 1 km grid in urban areas by FY2030, and one every 20 km on highways. Oil marketing companies are converting fuel stations into integrated energy hubs that serve both conventional and electric vehicles.
For EV owners, the practical takeaway is straightforward. The network is expanding month by month, and the discovery tools covered here are already mature enough for daily use. Whether you rely on a dedicated app, search on Google Maps, or plan ahead using the e-AMRIT portal, finding a charger near you in India is a solved problem that keeps getting easier.
The simplest method is to type "EV charging station near me" into Google Maps. For more detailed results, including real-time availability and slot booking, use dedicated EV apps. The government's e-AMRIT portal also offers a pincode-based locator backed by BEE's national station database.
Charging rates in India vary by state, charger type, and operator. AC slow charging at home uses your domestic electricity tariff. Public station rates are set by the operator and are displayed at the station or within the charging app. Check your preferred charging app before starting a session for the current rates at that specific location.
Some public-sector stations, particularly those at government offices and select BPCL or HPCL fuel outlets, have offered complimentary charging during initial rollout periods. Availability varies by state and is often time-limited. Checking user reviews on PlugShare or Google Maps before visiting is the most reliable way to confirm whether a station is currently running a complimentary session.
Most dedicated EV charging apps display real-time charger status, showing whether a station is available, occupied, or offline. Google Maps also shows live status for many Indian stations. Booking a slot in advance through the app, where supported, removes the guesswork entirely.
Level 2 (AC) chargers deliver power at 7–22 kW and are suited for overnight or workplace charging, where your vehicle is parked for several hours. DC fast chargers bypass the vehicle's onboard converter and deliver 25–350 kW directly to the battery, reducing charge times to under an hour for many vehicles. Two-wheelers typically use AC charging, while DC fast chargers serve four-wheelers and commercial vehicles on highways.
VIDA electric scooters support three charging methods. You can charge directly by plugging into the scooter, remove the battery and charge it at any standard 5A home socket, or use VIDA's fast-charging network of 5,900+ stations across 450 cities. A full charge at a VIDA fast-charging station takes approximately 62 minutes. For public stations outside the VIDA network, compatibility depends on the connector type at the station.
Before leaving, use a dedicated EV app to map charging stations along your highway route. The e-AMRIT portal from NITI Aayog also includes a journey planner tool that displays verified stations along a specified route. On Google Maps, you can add charging stations as waypoints during navigation. Check real-time availability at each planned stop before you pass the previous one, so you always have a confirmed charging point ahead.