Gear Selection Dual Electrified Axles with Multiple Electric Machines
Volvo Business Services AB / Datajobb / Göteborg
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hela Sverige Volvo is one of the leading brands when it comes to drivability and energy saving software functions. With the first generation of electric driveline with I-Shift transmission and the I-See system, drivers all over the world has started experiencing the electrical revolution. Now we are working on the next generations of electric drivelines that will create an even better customer experience.
Sounds interesting? Then keep on reading!
The purpose of this thesis work is to evaluate and conclude which possibilities that coming electric
axles might have, specifically if more than one electrical axle is used in a truck. Each electric axle
has a transmission with multiple gear ratios and may have different electric machine configurations
with one or more motors. This thesis work will focus on the development of an operation strategy
for both the gear selection and the electric machines of each axle. The strategy must utilize and
select a gear for each axle as well as operate the electric machines in an optimal way given different
motor configurations and a wide range of operating conditions. The solution must be versatile and
easy to transfer between different driveline concepts as well as handling different requests from the
drivers when it comes to drivability. Additionally, the strategy must ensure that the electric drive
system is durable. The exact goals of the project will be defined when the thesis starts, but a
preliminary list of goals include:
Study the state-of-the-art literature on electrical driveline strategy.
Investigate and conclude possible ways to use more than one electrical axle, specifically how to use each individual axle.
Benchmark different solutions, listing strengths and weaknesses with use of simulation
Who do we believe you are?
To be successful in this Thesis work we hope you have studied, Systems Control and Mechatronics, Mechanical engineering, Physics or similar. No previous experience with the automotive industry is needed but seen as a merit. The thesis work is recommended for two students.
You are driven to act and contribute with positive spirit and energy. We believe you enjoy collaborating with the teams surrounding you and are keen to learn about our product and job culture
What can we offer?
We offer an existing environment which will give you experience in state-of-the-art control technology in one of the world's leading truck manufacturers. As a thesis worker you will have the same opportunity to work on site together with experienced colleagues in the Lundby area. Please don't hesitate to apply to this assignment!
We aim to create a diverse group with different strengths, experiences, and knowledge. We utilize this diversity in our product development and your personality and engagement will be an important part of this.
We can't promise you an effortless job, but what we can promise you is very skilled colleagues and some truly exciting challenges to work with. You will kick off your career in an environment that provides you with development opportunities both professionally and personally. We at Volvo Group want you to prosper and grow, because when you succeed, we succeed. Together we drive prosperity.
Robin Karlsson
Group Manager Predictive Gear Selection, BF63780
Kindly note that due to GDPR, we will not accept applications via mail. Please use our career site.
Så ansöker du Sista dag att ansöka är 2023-11-30
Klicka på denna länk för att göra din ansökan Omfattning Detta är ett heltidsjobb.
Arbetsgivare Volvo Business Services AB (org.nr 556029-5197)
405 08 GÖTEBORG
Arbetsplats Group Trucks Technology
Jobbnummer 8255976
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