Digital design

Total results returned: 4

The Digital Design page serves as a hub for resources exploring the cutting-edge tools and technologies reshaping electric vehicle development. With access to reports, scientific papers, and case studies, this section highlights the growing role of virtual simulations, digital twin models, and advanced software in the design process. Whether you're researching how digital tools are accelerating design iterations or improving product quality, these materials provide essential information to support innovation in the EV digital design landscape.

Digital Design

Digital twinning framework for electric drive design

Developments of the digital twinning framework for electric drive design in the EU-funded project EM-TECH. 

Audience:
Automotive Component Manufacturers, Electric Powertrain Researchers, Electric Vehicle Designers
Digital Design

Distributed XIL testing methodology

Details about the distributed XIL testing methodology out of the research of the EU-funded project EM-TECH. 

Audience:
Automotive Designers, Automotive Engineers, Digital Design Professionals, Electric Powertrain Researchers
Digital Design

Internet of Things (IoT) based Remaining Useful Lifetime (RUL) Estimation of Power Converter with In-situ Junction Temperature Measurement

31% of failures in power electronics are caused by semiconductor switch failure. Semiconductor junction temperature is the most crucial failure stress factor. A Remaining Useful Lifetime (RUL) estimation platform is needed for Prognostic and Health Management of power electronics converters.

Audience:
Digital Design Professionals, Fleet Management Companies, Power Electronic Engineers
Digital Design

Virtual sensing for electric motor and inverter control

Description of the virtual sensing for electric motor and inverter control developed in the EU funded project EM-TECH. 

Audience:
Automotive Component Manufacturers, Digital Design Professionals, Electric Motor Manufacturers, Thermal Management Researchers