Rimac Nevera
Choose your version and where to charge. Then calculate charging time and cost with your car already selected.
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How much does charging cost?
Compare batteries using your tariffs. Initial values of 0.30 and 0.65 €/kWh are examples, not offers or market averages.
Supply energy = usable capacity × charge change ÷ (1 − losses). Costs cover energy only, excluding subscriptions and other charges. Actual losses vary with power, installation and temperature.
Example from 20–80%, with assumed losses of 10%.
| Version | Estimated supply energy | Home | Public |
|---|---|---|---|
| Nevera 120 AC22 Europe specification 2026 | 80 kWh | 24.00 € | 52.00 € |
Technical data and sources Versions, AC tables and DC references
Versions and technical data
Check your version's year and equipment. Specifications, indicative tables and sources are listed here.
Some capacities are indicative. Version notes distinguish documented values from estimates.
Nevera 120 AC22 Europe specification 2026Nevera 120 AC22 Europe specification 2026 · 2026 · Documented data with indicative values
- Indicative usable capacity
- ≈ 120 kWh
- Maximum AC power
- 22 kW
- Maximum DC power
- 500 kW
- Nominal/gross capacity
- Unverified
- Declared WLTP range
- Not verified in the catalogue
- Declared WLTP consumption
- Not verified in the catalogue
- Documented configuration
- 2026
- Market status
- Check availability in your country
Source configuration and market are identified; check your vehicle year and equipment.
Internal calculator estimates are not shown as WLTP consumption or range. These data will be added after the exact version is verified.
The source declares 120 kWh without specifying net capacity. We explicitly use the declared figure as an approximation: it may overestimate usable energy, time and cost. It is not certified net capacity and no separate gross capacity is inferred. Current manufacturer sheet: 120 kWh, AC 22/DC 500 kW, 0–80% in 19 minutes; separate from Nevera R 108 kWh. The earlier 2023 sheet stated 22 minutes and is not merged with the current sheet.
AC charging time from 20–80%
Energy stored in this window is approximately 72 kWh. With 10% losses, estimated supply energy is 80 kWh.
| Available power | Applied limit | Estimated time |
|---|---|---|
| 2.3 kW | 2.3 kW | 34 h 47 min |
| 3.7 kW | 3.7 kW | 21 h 38 min |
| 7.4 kW | 7.4 kW | 10 h 49 min |
| 11 kW | 11 kW | 7 h 17 min |
| 22 kW | 22 kW | 3 h 39 min |
Simplified estimate: stored energy ÷ 0.90 ÷ effective power. Power is the lower of available power and the version's AC limit. Constant power is assumed: installation, phases, temperature and battery management can extend time. Listed powers are calculation scenarios, not an installation assessment.
Rapid DC charging
The catalogue reports a reference of 0–80% in 19 minutes. This reference applies to the stated version and source conditions; it is not a guaranteed time for every session. The full calculator uses it as a reference for the estimated curve.
Sources and version
- Primary source (original title): Costruttore · configurazione documentata ↗
- Verification date in the catalogue: . Check your car's year, market and equipment in the source.
How to use these results
A 22 kW AC station cannot exceed the onboard charger limit. For Rimac Nevera, the individual version figures in the table are more useful than the commercial name alone. Also check available power and installation phases.
Estimated cost multiplies supply kWh by your tariff. DC charging follows a curve and cannot be calculated by dividing energy by peak power. Sources and reference windows are listed for each version.