Anti-Motion Sickness Drive Control for Intelligent Electric Vehicles
Motion sickness has become one of the most critical barriers to the broad acceptance of intelligent electric vehicles. As the
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Cloud-Based Health Estimation and Aging Suppression for EV Battery Packs
The rapid evolution of the transportation sector towards electrification is a critical response to the intertwined challenges of energy scarcity
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Improved Monte Carlo Fault Tree Reliability Analysis
In this work, I present an improved Monte Carlo fault tree analysis method for evaluating the reliability of a permanent
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Electric Vehicle Battery Remaining Capacity Prediction
Electric vehicles (EVs) rely on power batteries as their primary energy source. The performance of the battery pack is a
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Integration of High-Power Battery and Charging Infrastructure for Battery Electric Cars
The global transition towards sustainable energy and stringent carbon emission control targets has catalysed the rapid, large-scale adoption of battery
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Solid State Battery Heat
I approach the thermal behavior of a solid state battery as a coupled problem of materials science, lattice dynamics, electrochemistry,
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AC Copper Loss Study of High-Speed Flat Wire Motors for Electric Cars
My research focuses on the high-frequency AC copper loss of high-speed flat wire motors that are specifically designed for modern
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Forecasting Remaining Capacity for Electric Vehicle Battery Packs
In my work on the remaining capacity forecast of an electric vehicle battery pack, I have focused on the fact
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Commuting Distance and Electric Vehicle Range Choice
Abstract In the digital economy era, data have become a core production factor and a key driver of industrial transformation,
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Vehicle-to-Grid and Grid-to-Vehicle Integration: A Comprehensive Analysis
In recent years, the rapid expansion of the new energy vehicle market has led to an explosive growth in the
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Engineering a Solid Electrolyte Cell
I approach a solid electrolyte cell as a complete engineering system, not merely as a materials discovery. When I plan
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Hall Array Current Sensor for Electric Vehicle Battery Packs
I study a compact, high-accuracy current-measurement solution for the electric vehicle battery pack, where the available installation space is narrow,
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Lightweight Optimization of Vehicle Traction Battery Compartment Structure
My research focuses on the lightweight optimization design of the vehicle traction battery compartment structure for electric trucks. The rapid
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Research on Charging Load Prediction and Scheduling Strategy for Electric Cars
1. Introduction Under the strategic promotion of the “dual-carbon” goal, the rapid popularization of electric cars has become a critical
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Temperature-Energy Synergy in Battery Thermal Management
Under the background of global energy transition and vehicle electrification, the thermal safety and energy efficiency management of the power
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Transient Thermal Reliability of Mining PMSM
Large-capacity permanent magnet synchronous motors are today the preferred prime movers in fully mechanized coal mining equipment, including scraper conveyors,
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Temperature–Energy Synergistic Thermal Management for Traction Battery Systems
I present a comprehensive study on the temperature–energy synergistic thermal management of traction batteries in pure electric vehicles. My goal
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Safety Diagnostics for Lithium-Ion Batteries in Electric Cars
In this review, I focus on diagnostic algorithms for safety issues of lithium-ion batteries in electric cars. The growing ownership
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Solid-State Cell Interfaces
I examine the solid state cell as a system whose performance is not determined only by the bulk properties of
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Overload Thermal Reliability of Mining Permanent Magnet Synchronous Motor
I study the transient thermal behaviour of a high-power permanent magnet synchronous motor that drives heavy mining equipment. The operating
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Battery Thermal Management
I focus on the temperature–energy consumption synergy of an electric vehicle battery pack because the thermal state of the pack
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Online Review-Based Purchase Decision Modeling for Electric Vehicles
In this paper, we develop a new multi-attribute decision support framework for electric vehicle purchase decisions by exploiting the rich
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Optimization Strategies for Energy Efficiency in Electric Car Auxiliary Electrical Systems
An electric car, the focus of energy efficiency optimization. As the global automotive industry undergoes a profound electrification transformation, the
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Prediction of Remaining Capacity for Traction Battery Pack
In pursuit of advancing electric vehicle technology, this thesis investigates the remaining capacity prediction of a traction battery pack, specifically
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Solid State Battery Engineering
I approach the development of a solid state battery as both a scientific problem and a disciplined engineering program. My
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Electric Vehicle Aggregator Electricity Allocation Optimization
In the modern power grid, the rapid proliferation of electric vehicle cars presents both challenges and opportunities. As a distributed,
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Electric Vehicle Battery Pack Safety Under Extreme Abuse
I stood at the edge of a wet proving ground and watched a live broadcast begin, knowing that the entire
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Tackling with Technical Barriers to Trade of Power Battery under Government Collaborative Governance
As a public administration practitioner and researcher engaged in international trade governance, I have been closely following the evolution of
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State Estimation and Stability Control for Distributed Drive Electric Vehicles
With the sustainable growth of the automotive industry and the rapid deployment of intelligent mobility, the electric vehicle has become
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Modeling and Optimization of Electric Car Charging Loads for Orderly Charging Strategies
The large-scale integration of electric cars into the power grid presents both significant opportunities and formidable challenges. As a flexible