how to model an electric vehicle and its charge discharge
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Want to model electric vehicle (30kW battery capacity) and charge by 1C/2C/3C rates with 3kW/5kW/10kW charger and consumption 150Wh/km.
How can I model it in simulink to charge it from transformer and after discharge in certain time period then again charge. First need to model one EV then I will go throgh multiple EVs with different battery capacity and their charge discharge caracteristics.
Please also provide any reference for study for simulation
Tony Lennon on 11 Oct 2019
You might find some useful models in these file exchange submissions
Also an example in Simscape Electrical
Tony Lennon on 10 Oct 2019
Chirag on 10 Oct 2019
From your question, it seems like you are focusing on Charger performance and interaction with Battery, but care less about detailed model of Electric Vehicle.
If that is true, examples in Simscape Electrical can help you create a system level model. Here are some examples that you can refer to.
For Battery Model:
For Detailed Battery Management System: (Only in R2019b)
YOGALAKSHMI R on 21 Jun 2021
Can you provide us the control and the simulation of, High Efficiency Three Phase Interleaved Buck Converter for Fast Charging of EV
Faizan Arshad on 3 Oct 2021
i want to study EV charger (LEVEL 2) model with improved power quality.
can anyone provide simulation reference or anyother reference?
Mona abdelhaleem on 8 Apr 2023
i want deterministic model to develop a charging/discharging strategy for EVs located in a parking lot integrated with a photovoltaic system to ensure optimal operation in the day ahead. The time-of-use (ToU) price is used to minimize the day-ahead operation cost of energy trading to the charging station.
Vancouver EV Charger Installation on 19 May 2023
The modeling of electric vehicles and their charge-discharge behavior is crucial for understanding their performance and optimizing their operation. This process involves accurately representing the vehicle's battery, powertrain, and control systems within a computational framework. By considering factors such as battery capacity, efficiency, and power demand, a comprehensive model can simulate various driving conditions and predict the vehicle's range, energy consumption, and charging requirements. This enables engineers and researchers to assess the impact of different factors on electric vehicle performance and develop strategies for efficient charging and discharging. Accurate modeling plays a vital role in advancing electric vehicle technology and promoting their widespread adoption. You must also check out Dormitxelectric.com it has some great insights too.
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