Electrification

For more than 30 years, Romax Technology has led the world in developing methods that consider system interactions within mechanical transmissions. Now Romax leads the world into electrification; we have applied and extended our state-of-the-art engineering approach to electric drive systems.

For the first time, the crucial interactions between the electric machine and the gearbox can be considered and analysed.

3.5M

R&D Investment

(per year)

200

Combined Years Industry Experience

Publications

100

Patents

The resulting capability in electro-mechanical drives is as follows:

World leading simulation capabilities that accurately predict the interactions between the gearbox and machine, implemented in Romax software
A comprehensive design process for electric drivetrains, optimized for performance and cost, running from concept selection through to prototyping
Bespoke design, prototyping and testing of motors and gearboxes, delivered through our Design and Analysis service
Research and development further characterizing the behavior of motors and gearboxes and their interactions together

Watch our video on Electrical Machine Modelling; including a vibration analysis tool that interfaces directly with electromagnetic FEA.

This new software capability enables vibration analysis of a complete electro-mechanical drivetrain. It applies excitations from both gears (transmission error) and electrical machine (torque ripple, radial forces) and calculates the response of a full system model; including transmission, electrical machine and housing. Users are able to capture electro-mechanical dynamic interactions in the early development stages, resulting in holistically and efficiently optimised future products.

Watch our webinar;

Simulating electric vehicle drivelines using a system software solution

View or register for our Electrification webinars now…

Challenges in EV and HEV Driveline Designs

Simulating lateral vibrations in high speed motor shaft

Simulating vehicle driveability problems in EV systems

Demonstrating Electric driveline design process using a case study

Reducing carbon emissions by rapid design and optimisation of hybrid electric vehicles for different driving conditions

Vibration sources in EV systems & E-machines