IVECO All-Electric Ambulance with 440 km Range

Electric Drivetrain and 440 km Range

▶ The drivetrain is the reason this ambulance exists. A 70 kW rated motor with a 150 kW peak replaces the diesel, and the 88.8 kWh lithium iron phosphate pack is rated at 440 km. LFP chemistry is the pragmatic choice for a fleet vehicle: it tolerates regular 100 percent charging and deep cycling better than high-nickel cells, and it does not depend on cobalt supply chains. Traffic jam assist and cruise control reduce driver workload on the stop-start legs typical of urban EMS.

Charging is DC fast charge to 80 percent in 36 minutes, which fits the turnaround window between a hospital handover and the next call. Range figures are test-cycle ratings: a winter route with the cabin heater running and repeated short trips will return less, so plan a depot charge after each shift and treat the DC stop as a top-up rather than a full refill. Confirm the local charging standard before ordering.

Engine-Off Patient Care

▶ The clinical advantage of a battery ambulance is silence. The cabin HVAC draws from the drive battery rather than an idling engine, so the patient compartment stays heated or cooled with the traction system off — no exhaust at the loading bay, no vibration under a monitored patient, no diesel idle outside a clinic at night. Oxygen, suction, LED lighting and the 220 V medical outlets remain live throughout.

The fit is the standard transfer specification: an auto-loading stretcher with side seat and an optional second-patient rack, oxygen cylinder with mask, suction unit, cervical collars, splints and a first-aid cabinet with a lit headboard panel, fed by a dual-outlet oxygen bay. Roof HVAC with filtered fresh-air exchange, UV disinfection and an atomized sprayer keep the box clean, while an inverter, shore-power socket and isolated 220 V outlets run monitors and infusion pumps. Siren, public address, reversing camera and an optional 4G medical video link complete the fit.

Compact Chassis, Full Ambulance Cabin

▶ The vehicle measures 5,364 mm long, 2,030 mm wide and 2,015 mm high on a 3,366 mm wheelbase, with 3,595 kg gross and a 2,640 kg rated load. Those numbers put it in the van class rather than the truck class: it fits hospital drop-offs, multi-storey car parks and narrow old-town streets where a 6 m box ambulance has to be parked outside. The 235/60R17LT tyres and the low overall height also help in covered ambulance bays.

The ABS cabin is lead-free and hot-pressed as one piece, so walls and floor meet without seams. Front and rear fog lights and high-mounted brake lights are standard, and the electric drivetrain removes the exhaust route under the body, which simplifies the floor structure. Check the local ambulance approval class and the kerb weight allowed on your charging-site access road before the order is fixed.

Zero-Emission Zones and Fleet Operation

▶ The vehicle suits municipal EMS fleets operating low-emission zones, hospital groups with green procurement targets, airport and port medical services, and private operators bidding contracts that now score emissions. Its duty is urban and suburban transfer: clinic returns, inter-facility moves, event medical cover and night stand-by where engine noise is a complaint. For long inter-city runs, a depot charge plan is part of the specification, not an afterthought.

Delivery is factory-direct from Suizhou with the full export document package and container or ro-ro shipping. Charging equipment is supplied to the destination standard on request, and the factory provides a commissioning checklist covering the HV system, cabin power and medical outlets. Send the daily route length, charging voltage and destination port for a build sheet and FOB quotation within 24 hours.

Frequently Asked Questions

Does the cabin stay powered with the motor off?

Yes. The cabin HVAC, lighting, oxygen and 220 V medical outlets draw from the drive battery, so patient care continues with the traction system shut down. That is the main operational difference from a diesel ambulance, where the engine has to idle to keep the box comfortable.

How long does charging take?

DC fast charging reaches 80 percent in 36 minutes; the last 20 percent takes longer because LFP cells taper near full. In service, most fleets run a depot charge overnight and use the DC stop as a top-up between calls rather than relying on it for a full recharge.

Is 440 km realistic in winter?

The 440 km figure is a test-cycle rating. Cold weather, cabin heating and repeated short trips reduce it, so plan the daily route with a margin and charge at the depot after each shift. Send us the route profile and we will advise on the charging pattern and whether the cabin heater specification needs upgrading.

Send the daily route length, charging voltage and destination port for a build sheet and FOB quotation within 24 hours.