
Alkè Electric Vehicles Cloud: Alkè electric vehicles can be equipped with a powerful and easy-to-use fleet management platform specially developed for them. It allows to get a 360° fleet overview in real time to empower your daily operations and drive down your costs.
Powerful: the Alke’ electric vehicles are fitted with motors providing high torque and gradual power distribution, ideal for intensive industrial use and at the same time, for handling demanding off-road terrain, such as sand, snow or ice.
High autonomy: Alkè ATX electric vehicles have an autonomy of up to 200 km WLTP and, thanks to an approved fifth wheel, can be used with semi-trailers.
Low consumption: LED daytime running lights, low consumption road driving tyres and motor with ECO settings to reduce on-board energy consumption as far as possible.
Versatility: 3 sizes of cargo bed: 130x123 cm, 180x123 cm and 200x140 cm.
Over 100 different configurations: the list of configurations is growing all the time and there are currently more than one hundred possible options for both 2 and 4 seater models as well as for left-hand and right-hand drive.
Maximum flexibility as far as batteries are concerned: the ATX vehicles come with 6 different battery options ranging from lead and gel to lithium. If you have special autonomy needs, you can choose from high-capacity battery packs, fast-charge systems or multiple battery packs with a battery swap system.
Electric Utility Vehicles ATX 340E

Alke' electrical vehicles combine silence and zero pollution to a real working capacity. It is not by chance that a growing number of sectors are starting conversion procedures of almost their entire fleet of vehicles to high performance electrical vehicles such as the ATX E.
Waste collection vehicles

The investment for an ATX E is re-paid in average terms by the maintenance costs, which are must lower if compared with equivalent diesel and petrol vehicles: maintenance is almost inexistent and there are noteworthy savings in fuel consumption. Technical life, in working hours, of an electrical vehicle of this type is generally double, if not triple, with respect to a conventional fuel vehicle.
Hydrogen vehicles for transport

Optimization of autonomy
