Accelerating the Pace of Two-Wheeler Electrification through System Modelling and Simulation – Presented by MathWorks & ICAT ASPIRE
Overview
The electric two-wheeler industry in India is growing exponentially and the OEMs along with their suppliers are working towards speedily bringing exciting new products to market with improved range, efficiency, and performance. However, building these new vehicles without compromising on safety aspects such as battery overheating, thermal runaway, unintended acceleration, or reversal requires robust system design and testing process. Model Based Design (MBD) approach can be a powerful enabler to overcome these challenges and bring in efficiency in development.
This 2-W EV webinar series will highlight the MBD approach and showcase how System Modelling & Simulation can be used to achieve safety, thermal, and range targets to deliver vehicle electrification on a scale while keeping on the constraints of cost, quality, and time. Starting with the selection & sizing of battery, motor, and power electronics components to designing associated software control algorithms in a rigorous manner for a range of operational scenarios, the series will cover the journey of designing your two-wheeler from prototyping to production.
Highlights
In this 3-part webinar series, you will learn how to:
- Translate Requirements to Vehicle Architecture: Translate and refine requirements into vehicle system architectures with components ready for simulation and implementation using Model-Based Design in Simulink®
- Vehicle Dynamics & Performance Analysis: Perform ride & handling analysis, ABS testing. Understand the impacts of component selection/sizing on vehicle range & efficiency.
- Battery System Design & Development: Build detailed battery cell and pack models along with cooling system, perform thermal analysis, develop battery management system (BMS) model, and implement it on embedded hardware
- Motor & Controller Design and Development: Build accurate motor model, interactively design, and implement motor control algorithms
| Date | Topic | |
|---|---|---|
| 20 Sep 2022 |
System Modelling & Simulation of an Electric Two-Wheeler: A Journey from Virtual Prototyping to Production |
View On-Demand |
| 21 Sep 2022 |
Addressing Challenges Involved in EV Battery Modelling, its Thermal Analysis and BMS Design |
View On-Demand |
| 22 Sep 2022 |
Designing Motor Control Algorithms for Optimum Performance and Efficient Operation of an Electric Two-Wheeler |
View On-Demand |
Vinoth Thuruvas, Senior Technical Lead, Capgemini Bangalore
Vinoth Thuruvas has received the B. E. degree in Electronics and Communications Engineering from Anna University, Chennai in 2005. He has more than 15 years of Industrial experience in the field of Signal processing, Wireless and Optical Communication system design, assuming various roles in SAMEER-CEM, HCL Technologies, Tessolve Semiconductors, and Capgemini. He is currently working as Senior Technical Lead – Capgemini (formerly ALTRAN/Aricent Technologies), Bangalore focusing on complete FPGA based RRH design for 4G-LTE and O-RU 5G-NR systems.
Prasanna Deshpande, Manager – Application Engineering, MathWorks
Prasanna Deshpande is a Manager of Automotive Industry Application Engineering Team with MathWorks India and specializes in the field of Automotive Electrification, Model-Based Control Design, and Automation. He and his team members closely work with Automotive OEMs, Suppliers, Start-ups, and Services in adopting Model-Based Design for system simulation, embedded code generation and real-time testing. Prasanna brings more than 16 years of experience with various clients from the automotive industry. Prior to joining MathWorks, Prasanna was working as technical leader in the automotive group of KPIT Technologies Ltd., where he gained expertise in rapid control prototyping and hardware-in-the-loop simulation technologies for various automotive customers. He has also worked as an assistant manager at Mahindra & Mahindra Ltd. Prasanna holds a bachelor’s degree in electronics and a master’s degree in instrumentation from University of Pune.
Shripad Chandrachood, Principal Application Engineer, MathWorks
Shripad is a Principal Engineer at MathWorks focused on supporting key applications in the areas of electric mobility, power conversion and grid simulation. For the past 15 years at MathWorks, he has helped customers adopt system modeling and simulation workflows for developing Battery Powered Vehicles, Motor Control Strategies and Renewable Energy Systems. He has also led application engineering teams and business development initiatives in the Energy Production and Industrial Automation sectors for MathWorks in USA & India. Prior to joining MathWorks in May 2007, Shripad worked as an Operations & Control Engineer with the TATA Power Company and as an Automation Engineer at Siemens, India. He holds a Bachelor’s in Electrical Engineering from the University of Pune and a Master of Science in Electrical Engineering from the University of Alabama Birmingham, USA.
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