This guide covers the references below. It does not certify an individual vehicle or provide a measured battery-health score.

Battery options & usable capacity

Nissan’s reviewed UK specification explicitly labels 63 and 87 kWh as usable capacity. This is a live UK listing rather than an archive for every model year. The presets deliberately do not assign a model year: confirm the installed pack against the car’s original documents.

Reference configurationOriginal usable capacityProvenance
UK listing checked Sep 2026 — 63 kWh usable; confirm year63 kWhManufacturer · Source
UK listing checked Sep 2026 — 87 kWh usable; confirm year87 kWhManufacturer · Source

Charging capability

The reviewed UK tables list a DC peak of 130 kW. They show 7.4 kW on-board AC for the displayed 63 kWh configurations and 22 kW for the displayed 87 kWh configurations. Confirm trim, optional equipment and original market before transferring those limits to an older car. Three-phase supply is relevant when planning 22 kW AC.

Only the exact references below have scoped charging data. Peaks are not session averages.
ReferenceAC limitDC peak
UK listing checked Sep 2026 — 63 kWh usable; confirm year7.4 kW130 kW
UK listing checked Sep 2026 — 87 kWh usable; confirm year22 kW130 kW

The 22 kW AC reference needs a compatible supply

The UK listing checked in September 2026 distinguishes the displayed 63 kWh usable configurations with 7.4 kW AC from the displayed 87 kWh configurations with 22 kW AC. The reference intentionally has no model year: an older or imported Ariya needs its original equipment record. Do not assume the current listing proves what is fitted to a used car.

With an actually available 7.4 kW home supply, the larger AC rating alone cannot make charging run at 22 kW. The 87 kWh reference needs 52.2 kWh stored for a 20–80% window. At a chosen 10% loss, that is about 7 hours 51 minutes at 7.4 kW versus 2 hours 39 minutes at a genuinely compatible 22 kW. These are constant-power scenarios, not observed sessions.

Separate a bigger battery from a faster journey

At illustrative consumption of 20 kWh/100 km, an 80–10% window gives about 221 km from 63 usable kWh and 305 km from 87. Both displayed UK references have the same 130 kW DC peak, but that does not establish equal charging curves or equal time to add a percentage of the battery.

Compare how much energy the next leg needs and which chargers are available, instead of automatically planning the same 20–80% stop for both cars. Ask Nissan to confirm the fitted charging equipment and warranty for the actual vehicle. The listing provides specification context; it cannot establish current battery health or remaining coverage.

Plan a journey with this battery reference

Calculated 80%–10% range using original usable capacity. The two consumption values are assumptions, not measured Nissan Ariya efficiency or EPA/WLTP ratings.
Exact referenceAt 18 kWh/100 kmAt 22 kWh/100 km
UK listing checked Sep 2026 — 63 kWh usable; confirm year245 km / 152 miles200 km / 125 miles
UK listing checked Sep 2026 — 87 kWh usable; confirm year338 km / 210 miles277 km / 172 miles

Calculation: usable kWh × 0.70 ÷ kWh/100 km × 100. A used battery may have less usable energy; these scenarios do not establish its condition.

Calculate a Nissan Ariya journey · Check tax rules for your country

Battery warranty

This specification page does not establish remaining warranty. Obtain the original terms, start date and mileage limit from Nissan for the actual vehicle.

Things worth checking before purchase

  • Match the 63 or 87 kWh pack and 2WD or e-4ORCE configuration to the documents.
  • Check the on-board AC charger instead of relying on a wallbox rating or charging-time example.
  • Verify CCS compatibility and local network access if the car was imported.
  • Ask for a diagnostic report, pack-repair history and a charging demonstration with temperature and SoC recorded.

Turn the evidence into a useful estimate

Use a documented usable capacity and consumption from conditions matching your trip. Keep original specifications separate from the seller’s current battery-health evidence.

EVVerity estimates are informational and are not a substitute for a professional battery diagnostic or pre-purchase vehicle inspection.

Manufacturer sources & scope

Source verification means the cited statement was reviewed. It does not extend a historical specification to other years or markets. Missing values are intentionally not inferred.

Prepare for the viewing

If you are considering more than one model, use its own guide to check the battery reference, charging equipment and seller evidence. Specifications and warranty terms must be verified separately for each car.