DFSK
EC35
€31,140
- €2,190 more expensive
- −2 years of warranty
SWM
X30 L EV
€28,950
Unchanged for 2 months250 km range80 hp93 km/h
BEVvan
Variants
About
The SWM X30 L EV is an electric van. The entry version has 60 kW (80 hp), a 41.9 kWh battery, a WLTP range of 250 km and rear-wheel drive. The list price including VAT starts at €28,950. 2 seats, 4,800 l of cargo space and 5 years or 200,000 km of warranty.
Performance
Power Output80hp
Power (kW)60kW
Torque220Nm
Top Speed93km/h
Drive TypeRWD
Battery Capacity41.9kWh
WLTP Range250km
AC Charge Power11.0kW
Length4495mm
Wheelbase2925mm
Trunk Volume4800L
Seats2
EU Homologated
Service in Europe
Warranty5 years / 200,000 km
Alternatives to the SWM X30 L EV
Same class and a close price; the same kind of powertrain comes first.
Maxus
eDeliver 3
€22,990
- €5,960 cheaper
- −23 km WLTP range
- +80 hp
Farizon
V6E
€37,268
- €8,318 more expensive
- −55 km WLTP range
- +56 hp
Allview
CityARGO Cargo
€18,970
- €9,980 cheaper
- −138 km WLTP range
- −60 hp
Interested in the SWM X30 L EV?
Request a quote or a test drive. Tell us your county and we will pass your request on to an authorised dealer.
Frequently asked questions
How much does the SWM X30 L EV cost in Romania?
The listed starting price of the SWM X30 L EV in Romania is €28,950.
What is the range of the SWM X30 L EV?
The SWM X30 L EV has a WLTP range of 250 km. It uses a 41.9 kWh battery.
How powerful is the SWM X30 L EV?
The SWM X30 L EV produces 80 hp (60 kW). Its top speed is 93 km/h.
ChinaCars Score
Unranked — insufficient data
The model is listed in the catalogue but gets no score or position until it has real data on every applicable axis (8/12 fields filled).
commercial vehicle — not ranked with passenger cars · missing: charging · coverage below 70 %
Value43
Range0
Performance0
Safety & warranty50
Practicality67
Chargingn/a
Not tested by Euro NCAP — the safety axis is computed from warranty only.
Data completeness: 8/12 fields
Absolute score on published scales, computed for the entry version; separate ranking per propulsion type. How we calculate the score