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Development of Electric Vehicle Platform ECU with Focus on EV Motor Control Applications

About the Customer:

This is a part of Embitel solution offerings that can come in handy for potential tier 1 customers looking for a customizable platform ECU for Electric Vehicles.

Business Challenges:

We wanted to design and develop a functioning EV platform ECU for an existing system for a better user experience. Embitel, with 16+ years of industry experience, has proven expertise in –

  • motor control application for electric drive train.
  • flexible & configurable Open Platform for building various applications in the EV domain.

As an integral part of our offerings, the customizable platform ECU with a focus on EV motor control applications can serve as the backbone for an Electric Vehicle conversion kit designed to provide enhanced and personalized performance for Electric Vehicles.

The software solution is well designed to follow both Automotive OEMS and businesses looking to upgrade and optimize their existing fleet of Electric Vehicles.

Embitel’s Solution:

Our team was primarily tasked with design & development of a flexible & configurable Open Platform for building various applications in the EV domain. We first performed an analysis and study of the existing systems in the EV drive train.

We assessed the different components of the application ECU and identified the following approach for the development of the required platform ECU for the Motor Control System.

Electric-Vehicle-Platform

The scope of the project includes Motor Control application for Electric Vehicle drive train, with the following features –

  • Hardware and firmware development
  • Customizable platform ECU with focus on EV motor control applications
  • Model based development of application software
  • FOC based motor control
  • Integrated Embitel BSP and protocol stacks for quick development of application
  • ASIL C compliant development

Embitel’s Impact:

The ASIL C complaint platform ECU with focus on EV motor control applications made the existing system easily configurable and maintainable to support future changes.

This challenging platform ECU development project was delivered within the desired timelines and costs. This ensured reduced time-to-market and development costs for potential clients.

An EV friendly ASIL C complaint ECU platform software has become a necessary requirement in present day EVs. Hence, the success of this project comes with a long-term positive impact on the various business engagements of our collaborators or any EV manufacturing company in general.

Tools and Techniques:

  • MATLAB
  • Simulink
  • State flow
  • Simscape battery
  • E-coder
  • Embitel protocol stacks
  • TI microcontroller
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