Probability Modeling and Control Strategy Research for Electric Vehicle Charging and Discharging
Research on Probability Modeling and Control Strategies for Electric Vehicle Charging and Discharging Considering Time-of-Use Electricity Pricing
Electric Vehicle Charging Simulation
This simulation models electric vehicle charging processes, utilizing a non-isolated DC/DC conversion stage to implement power transfer between the grid and vehicle battery systems.
Design and Simulation of Electric Vehicle Charging Stations
This simulation implements an electric vehicle charging station design featuring an isolated DC/DC conversion stage with PWM control algorithms and power management optimization
Electric Vehicle V2G Technology
Electric Vehicle Charging and Discharging V2G Scheduling Implementation
Electric Vehicle Charging and Discharging Power Modeling
MATLAB simulation code for understanding electric vehicle charging and discharging power models with implementation examples
Application of PWM in Bidirectional DC-DC Converters
PWM plays a significant role in bidirectional DC-DC converter applications across various fields including elevator energy efficiency systems and electric vehicles. Implementation typically involves duty cycle modulation algorithms for power flow control.
Electric Vehicle Charging Load Analysis and Modeling
24-hour electric vehicle charging load model with customizable parameters including mileage and charging time distribution, implementing load curve simulations through configurable algorithms
How to Create Efficiency MAP Diagrams for Electric Vehicles Using MATLAB
A MATLAB M-function implementation guide demonstrating how to generate efficiency MAP diagrams for electric vehicles, including data processing and visualization techniques.
Hybrid Electric Vehicle: Configurable System-Level Test and Power Quality Analysis Model
This file provides configurable system-level test and power quality analysis models for hybrid electric vehicles developed using Simscape, SimElectronics, SimDriveline, and SimPowerSystems platforms
Simulink Electric Vehicle Control Strategy
Implementation of an electric vehicle model using Simulink, incorporating subsystems for motor dynamics, driver behavior, vehicle kinematics, battery management, and control logic.