PowerizeD Project recently held successfully a two-day General Assembly and Public Day event at the AIT Austrian Institute of Technology in Vienna. The event brought together partners, external guests, and industry experts to discuss collaboration, exchange ideas, and explore innovative solutions for sustainability.
A panel discussion focused on introducing partner projects and discussing the flagship topics of Federated Learning and Integration for Sustainability. The event showcased the synergy among diverse projects and participants in similar areas.
PowerizeD expresses its appreciation to the organizers, speakers, and participants for their contributions in making the event a success.
Find more pictures from the event @Media
The PowerizeD Steering Committee recently convened at Partner Signify's premises in Eindhoven, Netherlands from August 1st to 2nd. During the two-day meeting, partners discussed project status, cross-domain topics, risk management, and more. The highlight of the event was the visit to Signify EMC Center and Lighting Application Center, where innovative lighting solutions were showcased for various environments. A heartfelt thanks to Signify for their warm hospitality and contribution to the PowerizeD team.
Find more pictures from the event @Media
PowerizeD aims to optimize power electronics by implementing a coupled optimization process. This approach, previously used in software vs. hardware designs, will now be applied to achieve comprehensive control and advanced functionality in power electronics. By leveraging digitalization, functions traditionally implemented in hardware, such as short-circuit detection, can be partially carried out in the digital domain, offering flexibility and improved performance. Additionally, optimizing the partitioning of functionality in the system enhances the driver and other components. Ultimately, digitalization enables a higher level of intelligence in power electronics.
The PowerizeD Project brought a new Video online. Watch it here
Electric vehicles are gradually changing the automotive industries, shaping a more sustainable future. The research, development and integration of various technological aspects within the PowerizeD project, will result in new technological advancements. This requires a collaboration across various topics, including:
• Materials of devices and components
• Component or System reliability
• Modelling of devices/components/systems for different Energy sources
• Specific components Intelligence (Intelligent Gate Drivers for example)
• Artificial Intelligence of specific components design and power converters
• Sensing of different components/parts
• SW Tools development for system or System of system analysis, design and optimization
• Artificial Intelligence for system prognosis or smart diagnosis
• Federated AI learning
PowerizeD seeks to address various aspects of power electronics, ranging from materials to systems, while transcending application area boundaries.
The project aims to cover the following European domains, which are listed below:
• Semiconductor Industry
• Traction Industry
• Automotive Industry
• Industry Market
• Electric Energy Industry