Quality Strengthening Chain Builds New Ecosystem for Power Battery Industry
YIBIN, Sichuan Province, Sept. 10, 2026 — The 2026 World Power Battery Conference special meeting under the theme “Quality Strengthening
YIBIN, Sichuan Province, Sept. 10, 2026 — The 2026 World Power Battery Conference special meeting under the theme “Quality Strengthening
In my research, I focus on a critical quality-control problem in the manufacturing of high-performance electric vehicle battery packs: the
From my perspective, observing the global shift towards sustainable transportation, the evolution of charging infrastructure for the battery electric car
1. Introduction The rapid transition toward sustainable transportation has placed the EV battery at the center of modern energy storage
With the large-scale deployment of electric vehicles, the charging demand of electric vehicles has become a key factor affecting the
In my analysis of high-speed drive systems, the PMSM electric motor occupies a central position because it combines high efficiency,
I designed and implemented an electric vehicle charging management system for a realistic station operation scenario in which drivers need
In this study, I investigate how large-scale electric vehicle charging and discharging can be coordinated so that power system load
Lithium-ion batteries serve as the core energy storage and release component in a traction battery pack. The real-time and accurate
In my assessment, the transition toward high-energy and high-safety electrochemical storage cannot be separated from the maturation of solid state
On the evening of September 6, 2026, the University of Science and Technology of China in Hefei hosted a major
With the growing shortage of petroleum energy and the intensification of air pollution, the development of energy-saving and environmentally friendly
The Ministry of Industry and Information Technology will pursue a five-part policy agenda to support the high-quality development of China’s
In my analysis of modern transportation electrification, the lithium-ion battery stands as the cornerstone of the battery electric vehicle revolution.
I have focused my research on the safety monitoring of electric vehicle battery packs throughout their entire life cycle. The
I begin with the operational reality of modern electric vehicle charging. As electric vehicle charging demand rises, high-power direct-current electric
In this article, I examine the drive control technologies that shape the performance, reliability, and industrial reach of the high-speed
With the intensification of global energy crises and environmental pollution, the development of clean and efficient transportation has become an
In my work on online insulation monitoring for electric cars, I treat partial discharge as both a diagnostic signal and
In the current global energy consumption landscape, fossil fuels still dominate, while renewable energy holds significant potential for growth in
Abstract: Low-temperature environments severely degrade the usable energy of an electric car. One important remedy is to recover waste heat
President Donald Trump said on Sept. 26 that he had approved new fuel economy standards, ending what the White House
I have conducted a comprehensive phase-field investigation of dead lithium formation in solid-state batteries, focusing on the coupling of mechanical,
I begin with a simple engineering observation: as the battery electric vehicle moves toward higher energy density and higher power
The pursuit of extended driving range remains a pivotal challenge in the advancement of electric cars. While enhancing battery energy
I investigate the formation, accumulation, and suppression of dead lithium in solid electrolyte cells by using a multiphysics phase-field framework.
In a duopolistic electric-vehicle market, manufacturers must decide not only how to price their electric vehicles but also whether and
I have been working on the control of traction machines for electric vehicles for a number of years, and in
The Intelligent Connected and Electric Vehicle Industrial Park (West Zone) of the Wuhan Economic and Technological Development Zone was officially
I approach electric vehicle charging fires as system-level failures rather than as isolated component failures. In my forensic work, the