Analytical review of modern energy efficient trucks with electric drive wheels
Владислав Клубничкин, Е Е Клубничкин, Aleksandr B. Kartashov, Valeriy Grinin, Р. К. Газизуллин
Abstract
Open-access reader
Владислав Клубничкин, Е Е Клубничкин, Aleksandr B. Kartashov, Valeriy Grinin, Р. К. Газизуллин
Abstract
Open-access reader
The article provides an overview and analysis of modern energy efficient trucks with traction electric drive wheels. A description is presented indicating the main technical characteristics of the model range of energy efficient trucks with electric drive wheels, such companies as DAF Trucks, Mercedes-Benz, Daimler Trucks North America, Kenworth, Mack Trucks, Quantron, Renault Trucks, Scania, Xos, Volvo. The results of the review and analysis of promising technology made it possible to identify the dependence of the mass of the car on the power of the electric motor. A comparison is made between the developed prototypes of energy efficient trucks and foreign energy efficient analogues. Based on the analysis and review, conclusions are formulated about the selected power and weight indicators for newly developed energy efficient trucks.
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The article provides an overview and analysis of modern energy efficient trucks with traction electric drive wheels. A description is presented indicating the main technical characteristics of the model range of energy efficient trucks with electric drive wheels, such companies as DAF Trucks, Mercedes-Benz, Daimler Trucks North America, Kenworth, Mack Trucks, Quantron, Renault Trucks, Scania, Xos, Volvo. The results of the review and analysis of promising technology made it possible to identify the dependence of the mass of the car on the power of the electric motor. A comparison is made between the developed prototypes of energy efficient trucks and foreign energy efficient analogues. Based on the analysis and review, conclusions are formulated about the selected power and weight indicators for newly developed energy efficient trucks.
Key concepts: Truck, Automotive engineering, Traction motor, Range (aeronautics), Traction (geology), Driving range, Engineering, Electric vehicle