A pilot program is using a special Mercedes-Benz eSprinter electric van as a mobile micro-depot to transfer container modules to points on its route, where they are then loaded onto an ONO electric cargo bike for last-mile deliveries. This system helps decrease traffic congestion and improve delivery times by allowing the van and e-cargo bike to make deliveries in parallel. This approach is a key component for a low carbon future in the delivery sector and addresses issues such as traffic congestion and curbside time spent during deliveries.
The electric van used in the pilot program, known as the SUSTAINEER, is based on an eSprinter and serves as a technology demonstrator for testing innovative concepts for future delivery transport. The van has an integrated hydraulic lifting arm with rollers to load and unload containers that have a volume of more than two cubic meters and a payload capacity of 200 kg. It can fit two containers and additional shelving for other packages. When the van reaches a transfer point, the container can be quickly unloaded and rolled onto an ONO electric cargo bike for last-mile deliveries.
The SUSTAINEER van incorporates various energy-saving features such as near-body heating and zonal air conditioning, reducing the need for climate control by up to 50%. It also includes a PM10 filter in the front to reduce particulate matter from tires, brakes, and asphalt by 55%. While these features do not further decarbonize deliveries, they help protect drivers who are exposed to pollutants all day long. The ONO electric cargo bikes have pedal assistance and a top speed of 25 km/h, with a range of about 30 km on a swappable 1,400 Wh battery.
In addition to the electric van and cargo bike, ONOMOTION offers different configurations of the e-cargo bikes depending on their intended use. The company also produces an ONO Allround model that functions like a mini pickup truck capable of hauling larger cargo items. With the option of adding a second onboard battery, the ONO cargo bikes can achieve a total range of up to 60 km. This flexibility in design allows for a variety of applications in the last-mile delivery sector, helping to further reduce emissions and congestion in urban areas.
Overall, the pilot program utilizing the SUSTAINEER electric van and ONO electric cargo bikes showcases innovative solutions for efficient and environmentally friendly last-mile deliveries. By combining different modes of transportation along the delivery route, the program aims to reduce carbon emissions, alleviate traffic congestion, and improve delivery times. With a focus on sustainability and reducing environmental impact, these electric vehicles represent a step towards a greener future for the logistics and delivery sector.
