Hyderabad to Chennai EV Charging & Trip Planner

South IndiaEast-coast route through Andhra and Tamil Nadu.
~630 kmNH169–10 typical drive

Plan now uses a vehicle preset, 90% start SOC, Wh/km from preset, and cost-aware ranking on longer corridors. Adjust on the planner page if needed.

Planning effort

Moderate
  • 630 km needs more than one charging session

This rates how much planning the route needs, not road quality. Charger spacing comes from stations recorded in the EV Grids cache and changes as coverage grows.

Presets with the fewest charging stops

Ranked by estimated charging-stop count on ~630 km via NH16, using each preset's configured range and consumption. This is not a recommendation based on price, safety, comfort, or overall vehicle quality.

Fewest estimated stops

BYD Atto 3

~420 km range · Typically 1 DC stop

Doable

The ~630 km drive is longer than one comfortable leg in a BYD Atto 3. EV Grids estimates one DC session on NH16 when you start around 80–90% SOC.

Plan this route

Jump to chargers, overnight hotels, meal stops, or pick your EV model — each page links back here and opens the trip planner pre-filled for Hyderabad Chennai.

Plan by vehicle

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Can your EV make this trip?

Popular searches for HyderabadChennai — each page answers yes/no, typical charging stops, and opens the planner.

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Highways, states & charging networks

Long-tail guides for NH16 — operators, state hubs, and NH-specific EV charging notes linked to this route.

Highway guides

Sample plan narrative

Start Hyderabad at 90% state of charge. Over ~630 km on the NH65/NH16 belt, EV Grids usually places primary DC stops near Nellore or the Ongole service areas. Select a backup at each halt before you rejoin the highway.

Illustrative only — open Plan now above for ranked stops with your vehicle preset and live charger data.

Driving Hyderabad to Chennai

Hyderabad to Chennai covers about 630 km in 9–10 hours on NH16 (South India). East-coast route through Andhra and Tamil Nadu. Real consumption still depends on speed, AC, payload, and elevation — enter Wh/km from recent drives instead of brochure range.

NH16 is the east-coast highway: humidity and AC load matter as much as distance, and coastal weather can slow you into a later arrival SOC than a Deccan run of the same kilometres.

Charging strategy on this corridor

At ~630 km you should assume two DC sessions for mass-market Indian EVs, or one long session plus a top-up for 75 kWh-class SUVs. Split mentally into halves; if the second half includes a ghat, charge higher at the last plains stop.

Local notes drivers actually use: Plan two fast charges for 250–350 km class EVs. Food-nearby helps plan meal breaks.

Weather, hills, and South India conditions

April–June AC on the Deccan and Tamil Nadu plains can add well over 10% consumption. South-west monsoon hits Kerala and coastal Karnataka hardest; inland NH44 rain is patchy but traffic still slows.

How to plan this trip on EV Grids

Open Plan now to pre-fill Hyderabad and Chennai. Pick your vehicle, set start SOC honestly, and keep search threshold above reserve. Prefer lower-cost if you have memberships; Fastest if you only want high-kW DC.

Stop count for Hyderabad to Chennai

This is an EV Grids calculation, not an observation: 630 km at roughly 165 Wh/km needs on the order of 104 kWh of road energy, and the planner keeps a 20% reserve in hand.

A compact (about 40 kWh usable) pack reaches about 195 km before reserve, which puts this leg at about 3 DC sessions. A mid-size (about 50 kWh usable) pack reaches about 240 km before reserve, which puts this leg at about 2 DC sessions. A long-range (about 70 kWh usable) pack reaches about 340 km before reserve, which puts this leg at about 1 DC session.

Split 630 km into thirds of roughly 210 km. One stop late in the first third and one early in the last third spaces the charging better than a single long halt in the middle.

Drive faster, run the air conditioning harder, or load the car and every number above moves the wrong way. Enter your own Wh/km on the planner and it will re-space the stops for NH16 accordingly.

Where to charge on the NH65/NH16 belt

The Hyderabad to Chennai leg (~630 km) is a major corridor in the EV Grids route directory. Stops should sit on or within a few kilometres of your driving polyline — not city-centre chargers that add a long detour.

Break areas near Nellore or the Ongole service areas tend to combine food, restrooms, and DC hardware. Open Plan now with your vehicle preset for ranked primary and backup options.

Network mix and pricing

Networks that commonly appear on this corridor include Tata Power, Jio-BP Pulse, or Statiq. Prices shown in EV Grids are indicative, not live tariffs — set a max ₹/kWh cap if you want to skip expensive sites.

Availability is not guaranteed. Reliability badges are a prior built from listing data, not a live view of the stall, so keep a secondary charger selected.

Seasonal and driving notes

The leg crosses Andhra Pradesh into Tamil Nadu, so session pricing can change mid-route.

General guidance rather than a measured figure: high summer temperatures raise HVAC load, and monsoon rain slows traffic and adds detours. Enable adjust for conditions and raise reserve when either applies.

Single-gun plaza stations are the ones that strand people at peak times. Where the map shows a multi-gun hub, prefer it.

Quick tips

  • Plan two fast charges for 250–350 km class EVs.
  • Food-nearby helps plan meal breaks.

Frequently asked questions

What is the main highway for Hyderabad to Chennai?
NH16. Stay with chargers on that driving path in EV Grids rather than city-centre detours.
Is Hyderabad to Chennai a good first EV highway trip?
Make a shorter shakedown before Hyderabad → Chennai unless you already know this highway. Practice backups and operator apps on a 150–250 km corridor first.
Should I set Wh/km on EV Grids for this route?
Yes, if you know your car's average consumption. Vehicle presets pre-fill Wh/km (e.g. Nexon EV Max ~155 Wh/km). Highway driving with AC in Indian heat often uses more than the brochure figure — enter your own Wh/km for tighter SOC estimates and safer stop spacing.
How do lower-cost and max ₹/kWh filters work?
Enable Prefer lower-cost stations to rank Tata Power, Statiq, ChargeZone, and other networks by indicative ₹/kWh. Optionally set a max ₹/kWh cap to skip pricier sites when the operator is known. EV Grids still checks you can reach each stop with your reserve SOC — if a cheap station is too far, we suggest a reachable alternative.

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