E-Berlingo Charging Speed Test: The Results Shocked Me
The Citroën e-Berlingo achieves peak DC charging speeds of 100 kW from 20% to 30% state of charge (SoC), dropping to 80 kW up to 55% SoC, and further tapering to 60 kW and below, enabling a 10-80% charge in approximately 26-30 minutes under optimal conditions at 100 kW-capable chargers.
Real-World Charging Curve
Independent tests reveal the e-Berlingo charging curve peaks at 100 kW narrowly between 20-30% SoC before declining progressively, a pattern confirmed in Reddit discussions from early 2024 where users shared data logs from public 100+ kW stations. This curve reflects battery management to preserve longevity, with average speeds hitting 78 kW from 10-80% in ideal scenarios, translating to 26 minutes for that range.
Historical context dates back to the model's 2022 launch, when Citroën specs promised 0-80% in 30 minutes, but real-world variances like temperature-dropping rates below 60 kW in cold weather-emerged in user reports by mid-2023. A quote from a fleet operator in a 2024 EV forum: "At 5°C, my e-Berlingo averaged 65 kW peak, adding 120 km in 28 minutes-still class-leading for vans."
- 20-30% SoC: 100 kW peak, fastest segment for rapid top-ups.
- 30-55% SoC: 80 kW sustained, ideal for mid-journey charges.
- 55-80% SoC: 60 kW tapering, prioritizes battery health over speed.
- Optimal average (10-80%): 78 kW, covering 174 miles WLTP range.
- Cold weather penalty: Up to 30% slower, per 2025 Pod Point analysis.
Charging Speed Benchmarks
The DC rapid charging table below compiles test data from multiple sources, showing times for key SoC intervals on 100 kW CCS chargers as of May 2026 standards.
| Charger Power | 0-80% Time | Added Range (miles) | Source Date | Conditions |
|---|---|---|---|---|
| 100 kW | 26-30 min | 140 miles | 2024 | Optimal, 20°C |
| 50 kW | 40 min | 110 miles | 2024 | Standard public |
| 22 kW AC | 7 hours | Full 174 miles | 2024 | Fast public/home |
| 7.4 kW AC | 7 hours 15 min | Full pack | 2021 | Wallbox |
| 3 kW Slow | 14-23.8 hours | Full 130-145 miles | 2025 | 3-pin domestic |
These figures stem from aggregated tests, including EV Database's 28-minute 20-164 km charge at 300 km/h equivalent speed, validated against 2025 real-world logs.
Step-by-Step Charging Test Procedure
To replicate charging speed tests, follow this numbered protocol used by outlets like EVCourse and 4EV in 2024-2025 evaluations.
- Preheat battery to 20-25°C via preconditioning if available, departing from 10-20% SoC for peak rates.
- Select CCS-compatible 100+ kW station; confirm no power-sharing with adjacent bays.
- Plug in with vehicle in Park, monitor via dashboard or My Citroën app for kW readout and ETA.
- Log power every 5% SoC increment using apps like Zapmap or OBD scanners for curves.
- Terminate at 80% to avoid taper; note ambient temp, battery SoC start/end, total kWh added.
This method yielded 99 kW peaks in a 2021 EVTest.eu trial (10-80% in 31 min), closely matching Citroën's claims.
AC vs. DC Performance Data
AC charging options cap at 11 kW three-phase or 7.4 kW single-phase, suiting overnight home use but lagging DC for travel.
- 11 kW Wallbox: 4-5 hours full charge, adding 23 miles/hour.
- 7.2 kW Public: 23 miles/hour, standard Type 2 cable.
- 2.3 kW Domestic: 8 miles/hour, 23.8 hours full-budget 28p/kWh at home.
- Plug & Charge support on networks like Recharge simplifies sessions without apps.
DC excels for vans: A 2022 YouTube demo showed 15 minutes for 120 km on 100 kW public terminals.
"Nobody tells you the e-Berlingo's curve holds 80 kW to 55%-better than rivals like e-Partner at 70 kW max." - EV fleet tester, Reddit r/electricvehicles, Feb 2024
Factors Affecting Speeds
Real tests highlight variables slashing speeds by 20-40%, per 2025 analyses.
| Factor | Impact on Peak kW | Mitigation | Test Example |
|---|---|---|---|
| Battery Temp <10°C | -30% (70 kW) | Precondition | 65 kW avg, 5°C |
| Power Sharing | -50% (50 kW) | Solo bay | Recharge split |
| High SoC >50% | Taper to 60 kW | Stop at 80% | 30 min 10-80% |
| Cable Quality | -10-20% | OEM CCS | 99 kW peak |
Battery and Range Context
The 50 kWh usable pack (52 kWh nominal) underpins 130-174 miles real-world range, with 311 Wh/mile efficiency in mixed tests. Launched at £29,575 in 2022, pricing hit £30,990 averages by 2026 amid incentives.
Comparisons favor it over e-Caddy (90 kW max), with Vorsprung's 2024 guide noting 20-minute 0-80% superiority for delivery fleets.
Historical Test Milestones
- 2021 EVTest: 99 kW DC, 31 min 10-80% baseline.
- 2022 Citroën Video: 15 min/120 km demo on Mode 4.
- 2024 Reddit: Detailed curve to 100 kW 20-30% slice.
- 2025 PodEnergy: 14.8 hours rapid full, home 23.8 hrs.
- May 2026 Updates: No major firmware boosts; hardware caps persist.
Pro Tips from Testers
For Amsterdam users, target IONITY or Fastned 100+ kW sites; precondition en route via nav. Track via My Citroën app for precise ETAs, as dashboard shows kW live.
- Avoid >80% on road trips-adds hours for minimal range.
- Winter: Plan 40% extra time, use 50 kW if crowded.
- Fleet stat: 78% owners report 25-35 min averages post-2024.
These insights, drawn from 2021-2026 tests, expose the e-Berlingo's robust yet nuanced charging prowess-what specs gloss over.
Expert answers to E Berlingo Charging Speed Test The Results Shocked Me queries
How fast does e-Berlingo charge from 0-100%?
Full 0-100% DC takes 40-50 minutes on 100 kW, but taper post-80% doubles time; opt for 0-80% in 30 minutes for efficiency.
What's the fastest real-world charge time?
26 minutes for 10-80% at 78 kW average, logged in optimal 20°C conditions on dedicated 100 kW without sharing.
Does cold weather ruin charging speeds?
Yes, below 10°C drops peaks to 60-70 kW, extending 10-80% to 35-40 minutes; preheat mitigates by 20%.
Is 100 kW the true max, or marketing hype?
Confirmed 99-100 kW peaks in independent tests like EVTest.eu (2021) and recent Reddit curves, though sustained briefly.