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Want to invest in all-electric vans and reduce your businesss carbon footprint? Consider the all-new Mercedes-Benz E-Sprinter van! It is expected to arrive at Mercedes-Benz dealerships in Canada by 2024, allowing business owners throughout the country to conserve gas funds and emphasize their dedication to eco-friendly vehicles. Learn more about this electric cargo van with Mercedes-Benz Burlington and contact us to pre-order yours! We are here to take your order and answer any questions you have about this impressive commercial vehicle.
How much battery power does the Mercedes-Benz E-Sprinter van offer business owners throughout %%target_city_1%% and %%target_city_2%%? What about its payload capacity? Get the details below as you consider your commercial van needs:
Battery Capacity and RangeSince it is possible to charge the Mercedes-Benz E-Sprinter van at AC and DC charging stations, you and your team will have an easy time keeping this vehicle ready for action. DC, or direct current, is more efficient than AC, or alternating current, charging. However, alternating current charging is regarded as the more cost-effective option. Use it to charge your van or vans overnight for full battery power the following morning.
The all-new Mercedes-Benz E-Sprinter van is equipped with the components prior-year models feature, as well as new amenities that make it even more attractive. Highlights include but are not limited to:
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*Range: The electric range, based on a simulation using the WLTP cycle, will be up to 400 kilometers. The simulated range, based on the WLTP city cycle, will be up to 500 kilometers. **Charging: Maximum peak charging capacity at DC charging station with a supply voltage of 400 volts, 300 A; the maximum charging capacity is dependent on diverse factors such as, e.g. ambient and battery temperature and the charge status of the battery when starting to charge.Minimum charging time of 10 to 80% under optimum conditions at DC charging station with a supply voltage of 400 volts, 300 A; the charging time can vary depending on diverse factors such as e.g. ambient and battery temperature and due to the use of additional auxiliary consumers such as e.g. heating.
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