Hall Array Current Sensor for Traction Battery
With the rapid development of new energy vehicles worldwide, traction battery systems have become the core energy storage units, especially
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Electric Car Purchase Decision Model Based on Online Reviews
1. Introduction In recent years, the automotive industry has witnessed a remarkable transition towards electrification. Governments around the world have
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Optimization of Multi-Microgrid Planning and Operation with Electric Vehicles Using an Improved Wolf Pack Algorithm
As a researcher focusing on control engineering and the planning and operation of microgrids, I have devoted this study to
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Electric Vehicle Car Participation in Power System Frequency Regulation: Capacity Requirements and Effectiveness Evaluation
The large-scale integration of renewable energy sources, primarily wind and solar, into modern power grids has introduced significant challenges to
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Code and Solid Electrolyte Cells
I have spent many years teaching programming while also following the materials science of next-generation batteries, and the two worlds
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Rotor Temperature Distribution Estimation in Permanent Magnet Synchronous Motors
In this work, I focus on the thermal state estimation of a permanent magnet synchronous motor, especially the rotor temperature
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Data-Driven SOH Estimation for Electric Vehicle Battery Packs
In my work with real-world electric vehicle battery pack data, I have seen that range anxiety is not only a
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Vehicle Traction Battery Manufacturing and Performance
Vehicles powered by electricity have increasingly been considered a central solution to the twin challenges of petroleum scarcity and urban
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Liquid Cooling Thermal Management of EV Battery with Tesla Valve Channels
Electric vehicles have become an important solution for reducing greenhouse-gas emissions and dependence on fossil fuels. In an electric vehicle,
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Improved Monte Carlo Fault Tree Reliability Analysis for PMSM Electric Motors
In this study, I develop an improved Monte Carlo fault tree analysis method for evaluating the reliability of a PMSM
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Joint Deployment Optimization of Distributed Photovoltaic Power and Electric Vehicle Charging Stations in Active Distribution Networks
1 Introduction With the steady growth of the national economy, electricity demand in China has continued to rise, and the
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Adaptive SOC Estimation and Control for Electric Vehicle Battery Packs
I view the electric vehicle battery pack as the most consequential component in the energy architecture of a new energy
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Phase Change Material Coupled with Tree Fins for Thermal Management of a Traction Battery Pack
The growing demand for electric vehicles has made the thermal management of traction battery packs a critical engineering challenge. As
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Load Modeling of Electric Cars and Its Effect on Receiving-End Grid Voltage Stability
1. Introduction Electrical-power-system digital simulation is still one of the most important foundations for power-network expansion planning and for the
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Engineering Solid State Cell Programs
I have learned to treat a solid state cell program as much more than a chemistry problem. A solid state
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Advanced Homogenized Lattice Core for Enhanced Battery Protection in Electric Vehicles
The rapid advancement of battery EV car technology has brought the issue of battery pack safety to the forefront. The
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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