Data-Driven Fault Diagnosis and Early Warning of Traction Battery Packs
My research focuses on the safety and reliability of traction battery packs. I have spent years analyzing real-world operating data
My research focuses on the safety and reliability of traction battery packs. I have spent years analyzing real-world operating data
I designed and evaluated an efficiency-tracking control strategy for electric car wireless charging under coil misalignment. The central problem I
I approach the electric-vehicle traction problem from the viewpoint of a motor-control engineer who must reconcile two competing demands: high
As the global transportation sector shifts toward electrification, the safety of the electric vehicle battery pack has become a central
I formulate a planning framework in which electric vehicle charging demand is not treated as a single aggregate curve but
YIBIN, September 3 — The 2026 World Power Battery Conference, widely regarded as the annual “World Cup” of the power
I present a compact ultra-high-frequency radio-frequency sensor and an online monitoring strategy for partial discharge in high-voltage systems of an
The rapid expansion of the global electric vehicle (EV) market has brought the issues of driving range, charging time, and
In this study, I examined how the silicon content of silicon-based negative electrodes controls the thermal runaway behavior of lithium-ion
A professional master’s thesis has proposed an integrated framework for electric vehicle charging load prediction and scheduling by focusing on
This paper presents a comprehensive investigation into state of charge (SOC) prediction for EV batteries, with a particular focus on
In this work, I propose an active disturbance rejection control method for the bearing rotor speed of a PMSM electric
I begin with a practical observation that motivates this entire study: electric vehicle charging is no longer a small, homogeneous
In this study, I present a comprehensive analysis of electric vehicle (EV) charging behavior using a large-scale operational dataset collected
The rapid proliferation of battery electric vehicles (BEVs) has brought energy storage system reliability and longevity to the forefront of
I have long been convinced that the future of electrochemical energy storage lies in the all-solid-state battery. The solid state
A new recommended national standard for electric vehicle power battery durability has taken effect in China, giving consumers, manufacturers and
Electric vehicle charging in residential areas is no longer a peripheral convenience; it is becoming a core electrical design requirement.
I begin this study from a practical and urgent standpoint: the global climate crisis and the depletion of fossil energy
In recent years, the escalating concerns over environmental pollution and energy scarcity have propelled significant advancements in battery electric car
1. Introduction In the context of global energy transformation, the shift from traditional fossil fuels to green energy sources has
Interfacial instability has remained one of the most persistent obstacles in my research on sulfide-based all-solid-state lithium batteries, especially within
Thermal management has become one of the most critical bottlenecks for the rapid development of new energy vehicles, especially for
In my research, I focus on the bearing rotor speed control problem of a permanent magnet synchronous motor because this
A small battery is becoming a core foundation of the new energy industry. It is the power source of electric
As global climate governance accelerates, the refrigeration and air-conditioning industry is shifting from high global warming potential (GWP) working fluids
A new approach to smart course construction for electric vehicle design is emerging as universities seek to align engineering education
I present a complete electrical and mechanical design study of a 60 kW, 800 V electrically excited synchronous motor intended for modern
In the context of global climate governance and energy structural transformation, renewable energy integrated into power systems has become a
The thermal management system is a critical subsystem in a battery electric vehicle, directly impacting battery life, cabin comfort, and