Problem. The development of designs and serial production of UTPR is a very important task of Ukrainian engineering and should be one of its priorities. Moreover, a state program should be created for the development of domestic commercial electric vehicles - that is, electric buses, trolley buses, geno bus (hybrid buses with ETPR and diesel generator set) and freight electric vehicles for various purposes. Goal. The choice of areas for developing the production of electric driveshafts of commercial vehicles equipped with electric traction drive for urban and suburban passenger traffic and for the delivery of various goods to commercial establishments in cities and other settlements. Methodology. The layout schemes of electric driveshafts of commercial electric vehicles based on the use of beam and portal drive axles are considered. Results. A classification of electric driveshafts of commercial electric vehicles according to the type of drive axle and the placement of one or two traction electric motors is proposed. The main technical parameters of drive axles are given, advantages and disadvantages of electric driveshafts are considered. Originality. A number of indicators and formulas for their determination have been proposed, providing an analysis of the technical efficiency of the ETP on the basis of beam and portal axles. Practical value. As a result of reviewing and analyzing the structures and parameters of UTP, based on the use of portal and beam axles, recommendations on the use of specific types and layout schemes for creating commercial freight electric vehicles, electric buses and trolley buses have been made.
Focus areas for developing the design of electric driveshafts for commercial electric vehicles on the basis of beam and portal axles
2019
Article (Journal)
Electronic Resource
Unknown
Metadata by DOAJ is licensed under CC BY-SA 1.0
Finite Element Vibration Analysis Of Light Commercial Vehicles Driveshafts
SAE Technical Papers | 1993
|Automotive engineering | 1979
|Aluminum composite driveshafts
Online Contents | 1994
Aluminum composite driveshafts
Automotive engineering | 1993
|Manufacture of axles for commercial vehicles
Engineering Index Backfile | 1939