In the context of global energy transition and carbon neutrality goals, the rapid electrification of the transportation sector, primarily driven
On September 4, a standalone press conference devoted entirely to a single power battery product drew unusual attention at Xiaomi’s
In this review, I summarize the current state of modeling and simulation for solid state cells, with a focus on
The electric vehicle market is expanding at a pace that is redrawing the competitive map of the global auto industry,
Electric vehicle drivetrains have moved rapidly toward integrated motor, reducer, and inverter architectures. In this configuration, the electric vehicle transmission
I approach the thermal management of an electric vehicle battery pack as a coupled electrochemical, thermal, and fluid problem. The
In the context of the booming electric vehicle industry, the production scale of high-voltage battery packs has expanded tremendously, and
Marine decarbonization has changed the way onboard energy systems are designed. In this context, the traction battery pack has become
I have designed and evaluated an end-to-end intelligent diagnosis method for electric vehicle charging infrastructure. The motivation is straightforward: electric
In my research on high-performance motion control, I have repeatedly encountered the same practical obstacles in position servo systems: slow
Under the twin pressures of the energy crisis and environmental pollution, the electric vehicle has become the most promising replacement
1. Introduction and Research Context The global transportation sector is undergoing a fundamental transformation driven by the urgent need to
The proliferation of battery electric cars represents a pivotal shift towards sustainable transportation. The heart of a battery electric car’s
Electric vehicles (EVs) have become a central pillar in the global strategy to reduce carbon emissions and dependence on fossil
In my research, I focus on the modeling and control of multi-functional air conditioning systems for battery electric vehicles. The
I study the braking dynamics of an electric car because the ground braking problem is nonlinear, time-varying, and strongly coupled.
China’s power battery recycling industry is moving toward a critical period as a large wave of retired electric vehicle batteries
Hunan exported 219,000 automobiles in the first eight months of 2026, an increase of 62.5% year on year, with the
High-end precision equipment — computer numerical control machine tools, semiconductor lithography stages, wafer handling robots, and precision assembly platforms —
I view the solid state battery as one of the most consequential engineering transitions in modern energy storage. The reason
In recent decades, the rapid electrification of road transportation has placed the safety and durability of traction batteries at the
I designed this dual-mode automatic detection circuit to solve a practical problem I have observed in electric vehicle charging maintenance:
I focus on two connected problems for an electric vehicle battery pack: how to estimate its state of health (SOH)
I examine the patent landscape for thermal control of the electric vehicle battery pack from 2007 through 2025. In my
I develop a coupled electrochemical-mechanical framework to determine a rational axial pressure window for solid electrolyte cells. The central problem
In recent years, the rapid transformation of the global economy has been driven by deep technological revolutions. In this context,
Electric vehicles have developed rapidly during the last decade, driven by the global need to reduce greenhouse-gas emissions, improve urban
The rapid electrification of road transport has turned electric vehicle charging from a peripheral convenience load into one of the
In this study, I investigate a cooperative braking control method for an electric vehicle that combines an anti-lock braking system
The 2026 World Power Battery Conference opened on September 3 in Yibin, Sichuan Province, under the theme “Powering All Things
