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April 19-20, 2024 The New Energy Electric Drive Collaboration, Integration, and Innovation Summit

Date:2024-01-11   Author:XINDA MOTOR
April 19-20, 2024 The New Energy Electric Drive Collaboration, Integration, and Innovation Summit


Officially announced! April 19-20, 2024 · Nanjing, the New Energy Electric Drive Collaboration, Integration, and Innovation Summit was grandly opened!



EVH2024 new energy electric drive

Collaboration·Integration·Innovation Summit

The passionate collision between the industrial circle and the academic circle,

Write a new chapter in new energy electric drive!


EVH 2024 first session

1200V Commercial Vehicle Electric Drive System Summit

EVH 2024 Sixth Session

800V High-speed Electric Drive and Power Semiconductor Summit

EVH 2024 first session

Advanced Motor Systems Forward-Looking Technology Summit


Sponsor

Electric Vehicle Thousand People Association

Southeast University Yancheng New Energy Vehicle Research Institute

Co-sponsored

Jiangsu Automotive Engineering Society New Energy Vehicle Professional Committee

Jiangsu Electric Machinery and Power Electronics Alliance


co-organiser

Xiamen Jinlong United Automobile Industry Co., Ltd.

Nanjing Quark Electric Technology Co., Ltd.

Ningbo Hongda Motor Mold Co., Ltd.

Shenzhen Jiasi Ruite Intelligent Technology Co., Ltd.


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Fixed file




In April 2024, the highly anticipated "Convention + Exhibition" will be held in Nanjing!


This grand summit will occupy an exhibition area of 3,000 square meters and is expected to attract the active participation of 60+ exhibitors.


It is expected that more than 2,000 technical professionals will attend the exhibition in person, of which more than 1,000 will be participants from OEMs. This will be a huge event!


The field of new energy power system technology has increasingly become a hot spot for academic and industrial integration. During the same period, more than 100+ technical hot spots and topics will continue to emerge in terms of electric drives, motors, electronic controls and power semiconductors.


In recent years, with the rapid development of electric vehicles, electrification has become a mainstream trend in the automotive industry. Academia and industry work closely together to actively promote technological innovation, providing a strong impetus for the development of new energy power systems. In the future, we have reason to believe that through the collaboration and integration of academic and industry, new energy power systems will usher in broader development prospects.


Let us pay attention to this area together and explore more innovative possibilities!


—Thousands of Electric Vehicles Association—


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Meeting agenda (part)



The main venue

Economic performance of China's automobile industry

Economic performance of China's automobile industry

The efficiency testing method of silicon carbide motor drive system is worthy of study

Innovation and Challenges in the Development of Automotive Drive Motors

Roundtable: Development and Prospects of Commercial Vehicle Drive Systems

SANY Commercial Vehicle Electrification Development Strategy and Suggestions

Changan dual electric drive digital intelligent electric drive system development

Prospective analysis of 1200V commercial vehicle electronic control technology

Next generation electric drive manufacturing

Economic performance of China's automobile industry

Wuling new energy logistics vehicle electrification route

Analysis of new energy heavy truck technology route

2023 Hongqi Electric Drive Technology Roadmap

Electric drive production line development

Semiconductors help electrify cars

Key points and difficulties in commercial vehicle electrification development

1200V commercial vehicle drive system

JAC drive technology innovation and attempts

Special vehicle electronic control development technology

Key points of electric drive and electronic control systems for commercial vehicles

Characteristics of EB549 self-bonded iron core and its application in new energy vehicles

Roundtable: Thoughts on the core technology of the next generation electric drive axle

Innovative electric drive development for commercial vehicles

X-Pin stator key manufacturing process mass production equipment solution

Commercial vehicle transmission integration technology development

Beiqi Foton New Energy Commercial Vehicle Technical Route

Overall solution for laser application in new energy vehicle electric drive system

Chery commercial vehicle electronic control development sharing

Roundtable: Technology Trends and Development Focus of Next-Generation Electric Drive Systems

800V high-speed electric drive and power semiconductor

Latest progress in power semiconductor development

Applications of power semiconductors in motor controllers

Analysis of silicon carbide packaging technology

Power semiconductor production line development

Roundtable: Semiconductor Development Process Discussion

Effective application of silicon carbide in 800V electric drives

Power semiconductor laser solutions

Next-generation electric drive system application requirements and solutions

New energy vehicle SiC chip packaging and electric drive system integration technology

SIC application overall solution

Application of high-voltage modules in new energy vehicles

Roundtable: Technology Trends and Development Focus of Next-Generation Electric Drive Systems


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EVH 2024 first session

Global University Motor Forward-looking Technology Summit



Development of electric excitation motors

Latest technological progress in memory motors

Technical analysis of hybrid excitation motor

Key points and difficulties in the development of linear motors

Technical overview of magnetic field modulation motors

Research progress of advanced electric drive technology

Latest motor control technology

Development status and industrialization of amorphous motors

Applications of switched reluctance motors

Advanced research on superconducting motors

High reliability, high power density motor drive system

Development of new flux-switching motors

Multiphase motor model predictive control

Technical analysis of positionless control