To meet the growing demands regarding oil management in electric vehicles with an oil-cooled powertrain, Mahle has developed a new oil management module. The unit comprises a filter, electric oil pumps, and a thermostat. The Mahle oil management module enables vehicle manufacturers to deal with the increasing requirements associated with the development of high-performance electric drives.
When Mahle’s new oil management module was being developed, the main priority was to guarantee all the functions necessary for direct-cooled powertrains. These include cooling and filtering as well as oil supply. It is important to ensure minimal pressure losses within the system as well as a very lightweight design with good noise behaviour and low package constraints. The reduced interfaces to the powertrain also mean less assembly effort, fewer mounting materials, and lower assembly times and costs.
“Our new oil management module is leading the way in powertrain design for electric vehicles. The technologies we have used are proven and suitable for large-scale production. Our approach of bringing together all the functions in one component makes our oil management module exceptional. We allow for a lot of design flexibility and combine what is technically feasible with what makes economic sense,” explains Dr. Jörg Stratmann, Chairman of the Management Board and CEO of Mahle.
The patented pressure-side filtration concept also offers a high degree of flexibility in the selection of the type, size, and power rating of the pump. This significantly reduces the risk of foaming and cavitation on the suction side of the oil pump. Thus, high volume flows can be pumped, and even low flows can be controlled efficiently and according to demand.
Mahle’s new oil management module will support the trend of increasing output and the accompanying rise in cooling performance required as well as meet demands for maximum efficiency.
Also Read: BS VI-ready Mahle opens global engineering, IT and...
Nikola Motor chooses Mahle for thermal management ...