Renault Captur E-TECH
2022 • SUV
~37–56 km Real-World
9.8 kWh Gross • NMC
Domestic & Wallbox AC Charger
Real-World Range Estimates (EV-Database Benchmark)
Physical range calculations based on seasonal ambient temperatures, cabin HVAC load, and highway cruising aerodynamics.
Freezing cell electrolyte drag & cabin heating HVAC load
Optimal cell chemistry temperature & max city regeneration
High-speed aerodynamic drag & continuous inverter draw
Interactive simulator with live elevation, highway cruising speeds, ambient temperature & cabin HVAC
Euro 6e-bis & Tax Simulator
Calculate Benefit-in-Kind (BiK), Germany 0.5% Dienstwagen tax, France Malus, and 2026/2027 fleet savings.
Safety Rating
Tested year 2020: Adult (89%), Child (86%).
Renault Captur E-TECH (2022): Powertrain & Real-World Utility
The Renault Captur E-TECH (2022) is engineered with a 9.8 kWh gross (8.2 kWh usable) traction battery, delivering an official homologated WLTP electric range of 50 km. In real-world European driving conditions, drivers should anticipate approximately ~46 km in mild urban commuting, tapering down to around ~32 km during sub-zero motorway driving (130 km/h) due to cabin HVAC heating and aerodynamic drag. Replenishing the battery takes approximately ~2.5 hours via an 11 kW AC Wallbox (or ~4 hours from a standard 2.3 kW domestic socket).
Test This Vehicle on a Real Route
Calculate how ambient winter temperature, 130 km/h highway speeds, terrain elevation, and cabin heating impact the Renault Captur E-TECH's battery in real time.
Battery Pack vs Market
9.8 kWh gross
With 9.8 kWh storage (8.2 kWh net), the battery packaging is optimized to balance electric range with reduced vehicle curb weight, preserving luggage space and internal agility.
Real-World Range Expectation
While official WLTP laboratory figures state 50 km, drivers should anticipate approximately ~46 km in temperate urban commutes, and around ~32 km during sub-zero motorway trips with cabin heating.
Charging Infrastructure
3.6 kW AC Onboard
A standard 11/22 kW home wallbox will replenish the pack in approximately ~2.5 hours. Fast DC charging is not equipped on this model, meaning charging is best suited for overnight domestic wallboxes or workplace destination chargers.
| Specification | Official Homologated Value | European Segment Context |
|---|---|---|
| WLTP Electric Range | 50 km | Standard Commuter |
| Battery Capacity | 9.8 kWh gross (8.2 kWh net) | Segment Standard |
| Total System Power | 158 HP | Balanced Daily Performance |
| Charging Capabilities | 3.6 kW AC (AC Only) | Domestic / Workplace AC |
| CO₂ Emissions & Fuel Consumption | 33 g/km • 1.5 L/100km | Euro 6e-bis Compliant |
Daily Commute & Efficiency Verdict: For European motorists with typical round-trip daily commutes of ~30–40 km, the Renault Captur E-TECH's 50 km electric range can comfortably cover ~1.5 days of routine driving on pure electricity before triggering the combustion engine.
Euro 6e-bis & Corporate Fleet Impact: With an official rating of 33 g/km CO₂ and 1.5 L/100km fuel consumption, this vehicle benefits from competitive tax brackets across major European markets. Under revised 2026/2027 Euro 6e-bis Utility Factor calculations, high electric range models like this retain substantially lower Benefit-in-Kind (BiK) and company car tax liabilities compared to older generation PHEVs.
Euro 6e-bis & Company Car (BiK) Tax Impact
With 50 km electric range and 33 g/km CO₂, this model qualifies for an estimated UK BiK rate of 8% (Standard). Shorter range PHEVs face stricter testing utility factors under 2026/2027 fleet rules.
✓ Data verified from official manufacturer WLTP test sheets, European regulatory filings, and Euro NCAP crash databases.
Updated: October 2026 • Verified by PHEVs.eu Technical TeamRenault Captur E-TECH: Home Charging Times & Battery Warranty Guide
Factual charging durations (domestic socket & Wallbox), European high-voltage battery warranty terms, and degradation expectations.
With its 9.8 kWh gross (8.2 kWh usable) battery, charging the Renault Captur E-TECH from a standard domestic socket (2.3 kW / 10A Schuko or 3-pin) takes approximately 4.1 hours. Installing a dedicated 3.6 kW home AC Wallbox reduces this to roughly 2.3 hours. The vehicle uses AC charging exclusively, which is ideal for cost-effective overnight domestic recharging. Charging overnight on off-peak electricity tariffs yields up to 70% running cost savings compared to petrol.