EV Charger Locator
Find charging stations nearby. Use Demo Mode to see how it works, or enter an NREL API Key for live data.
What this calculator does
Find nearby EV charging stations by location, connector type, and search radius. You can use demo data offline or live data from the NREL Alternative Fuel Stations API. Results include station details and directions links.
Inputs explained
- Data source: Demo data or live data from NREL.
- API key: Optional for live mode; used for NREL requests.
- Location: Address, city, or latitude and longitude.
- Search radius: Distance around the location in miles.
- Minimum power: Approximate kW threshold to focus on faster chargers.
- Connector type: CCS, CHAdeMO, J1772, Tesla/NACS, or all.
How it works / Method
- In demo mode, a local sample dataset is displayed.
- In live mode, addresses are geocoded via Nominatim, or coordinates are used directly.
- The NREL API returns nearby charging stations within the radius.
- Results are filtered by connector type and a simple power threshold.
- Stations are listed with network, connectors, pricing, and map links.
Formula(s) used
This tool performs lookup and filtering rather than numeric formulas. The key steps are:
geocode(location) -> latitude, longitude
stations = NREL_nearest(lat, lon, radius)
filtered = filter(stations, connector, min_power)
Distances are provided by the data source; the filter uses a simple DC fast proxy when min power is high.
Stations Found 0
No stations loaded yet. Click "Find Stations".
Step-by-step example
Example search: Location "Austin, TX", radius 10 miles, connector CCS, minimum power 50 kW.
- Address is geocoded to coordinates.
- NREL API returns nearby electric charging stations within 10 miles.
- Results are filtered to stations that list CCS connectors.
- Minimum power filter keeps DC fast focused results.
- Stations are displayed with address, network, and pricing where available.
Use cases
- Find chargers near your current location or destination.
- Filter for compatible connectors before a trip.
- Locate faster DC chargers for quick top-ups.
- Compare networks and pricing information.
- Plan charging stops in unfamiliar areas.
- Validate a route before using a full trip planner.
Assumptions & limitations
- Live results depend on the NREL station database and may not be real-time.
- Geocoding accuracy depends on the input address and Nominatim results.
- Minimum power filtering is approximate and not a precise kW lookup.
- Station availability, pricing, and connector data can be incomplete.
- API usage limits apply to live searches.
- Results are for planning and do not guarantee station uptime.
Disclaimer: Results are estimates for planning only. Always verify station availability before relying on a stop.
Frequently Asked Questions
Most modern EV charger apps and in-car navigation let you search by destination, route, or coordinates. Enter your destination, then filter by connector type your car supports (CCS2 in India for most modern EVs), minimum power level (50 kW+ for fast charging), and any network preferences. Cross-reference results across two or three apps because no single map has every charger. Apps like PlugShare, Tata Power EZ, ChargeZone, and Statiq cover different parts of India well. Always check user reviews on each station — a charger that exists on the map but is broken doesn't help you on a road trip.
First, know your car's connector. Most modern Indian EVs use CCS2 for DC fast charging and Type 2 for AC. Older Nissan Leaf models in India sometimes had CHAdeMO. In a charger locator app, look for the connector or plug type filter and select only your supported connectors. Hide the rest. This prevents you from driving to a station that physically can't connect to your car. Some stations have multiple connector types per dispenser — make sure the specific bay you're heading to has yours. CCS2 dominates in India, but always verify before planning a trip around a particular station.
Depends on whether the locator pulls data from NREL's Alternative Fuels Data Center. NREL offers a free API for EV charging station data in the US, and developer keys are easy to register at developer.nrel.gov. If you're building or using a tool that hits that API live, yes, you'll need a key. Most consumer-facing apps handle the API key behind the scenes — you don't see it. For India, NREL doesn't cover local data; you'd use sources like the Bureau of Energy Efficiency's chargers database or scraped data from Indian charging networks. Different region, different APIs.
Several reasons. Charger databases lag real-world deployment by weeks or months — new stations come online faster than maps update. Some networks don't share data publicly, so their stations only show on their own apps. Private chargers at hotels, malls, or apartments may not be in public databases. Stations can also be temporarily offline for maintenance and removed from listings until repaired. And some maps focus on certain networks or regions and don't cover others. Always cross-reference two or three sources for important trips. Calling ahead to confirm operation status is still smart for stations on remote routes.
Real-time availability depends on the charging network and whether their data feed is connected to the locator. Some networks like Tesla, Tata Power EZ, and ChargePoint provide live plug status — you can see which bays are occupied right now. Others, especially older or smaller networks, only show static station listings without live status. Open data feeds rarely include real-time availability. The honest answer for most third-party locators is: they show where stations exist but not always whether they're available this second. For confidence on busy routes, check the network's own app close to arrival time.
Most locator tools let you enter latitude and longitude directly, or click a point on a map. Set a search radius — 10 km is good for urban areas, 50-100 km for sparse highway segments. The tool returns chargers within that radius. Use coordinates when you know exactly where you'll be — say, at a specific viewpoint, a remote hotel, or a business address that doesn't show up cleanly in address search. Combine coordinate search with connector and power filters to narrow to chargers your car can actually use. Useful for trip planners checking remote rest stops or scenic detours.
Open your preferred locator app, enable location services, and apply the CCS connector filter. CCS2 is the standard for fast charging in India for most modern EVs — Tata Nexon EV, Hyundai Kona, Mahindra XUV400, MG ZS EV, Tata Punch EV, BYD models, and others. Set a search radius matching how far you're willing to drive — 10 km in cities, 25-50 km on highways. The app shows CCS-equipped stations with their power level, network operator, and often pricing. Always confirm the specific bay has CCS, not just the station overall. Some stations have mixed connector types per location.
In most locator apps, set the charger type filter to 'DC fast charging' and then look for a minimum power slider or dropdown — common options are 25 kW, 50 kW, 60 kW, 100 kW, 150 kW, 250 kW, and higher. Choose the minimum power that matches your car's acceptance and your time budget. No point filtering for 250 kW if your car maxes out at 100 kW — both will charge you at the same speed. For most modern Indian EVs, 60-150 kW is the practical sweet spot. Filter accordingly to avoid driving to slower stations than you need.
Demo data shows example or placeholder stations so developers and users can test how a tool looks and works without needing real-world data feeds. Live mode pulls from an active charging-station database or API, showing actual stations near you with current attributes. Always make sure you're in live mode before using a locator for real trip planning — demo data won't help you find a real charger when you need one. Look for a clear indicator in the app showing data source. If unsure, check whether stations display recent update timestamps, or compare against a second known-live source.
For peace of mind on long trips, layer multiple sources. Check the locator app for station listing. Open the operating network's own app for real-time plug status if available. Look at recent user comments — PlugShare reviews from the last week or two are gold for spotting broken or unreliable stations. For critical stops on remote routes, call the operator directly to confirm operation. Always have a backup charger identified within range of your primary. The single most common road trip headache I hear about is showing up at a planned stop and finding the chargers down. Plan B prevents stress.
Sources & references
- NREL Alternative Fuel Stations API - Data source for live station results.
- OpenStreetMap Nominatim usage policy - Geocoding service policies and limits.
- DOE AFDC: Electric vehicles for consumers - Charging levels and connector context.
- Schema.org: FAQPage, WebPage, and BreadcrumbList - Structured data definitions used on this page.