A method for predicting the State of Charge (SOC), the State of Energy (SOE), and ultimately the range prediction using a sequence of neural network models. The technique predicts the range of the vehicle by taking into account the state of the battery, the state of the vehicle, the driving style, and the road conditions. The system is deployed …

State of Charge (SOC) estimation of Lithium-ion batteries using deep LSTMs

Monitor the batteries state of charge and approximate the total battery capacity in hours.

This is an assignment made during Lohum Cleantech intern hiring

Analysis and Prediction of Inverter Battery State of Charge and Quality using Raspberry Pi and Python Programming

Uses the ECM to simulate a li-ion cell and validate a PyTorch LSTM

Predict battery state of charge (SOC) using machine learning + Streamlit web app.

Streamlit web app to predict cell state of charge.

A software tool to online identification of lithium-ion battery equivalent circuit model parameters

Battery Management System Project by NIW & ITB De Labo

DESIGN OF A BATTERY MANAGEMENT SYSTEM WITH ACTIVE BALANCING TOPOLOGY

A comprehensive simulation platform integrating vehicle dynamics, environment emulation, body controls, and battery management for holistic testing and validation of automated vehicles.

LiFePo4(LFP) Battery State of Charge (SOC) estimation from BMS raw data

This repository contains code for estimating the State of Charge (SoC) of LG HG2 batteries using Fully Connected Network (FCN), Convolutional Neural Network (CNN), and Long Short-Term Memory (LSTM) models along with optuna based hyperparameter tuning.

Midnight Sun's strategy repository for the MSXV iteration and cycle.

Simulink model of a battery management system for electric vehicles, featuring SoC calculation, fault detection, voltage and temperature monitoring, and state management.

Code and models for estimating the State of Charge (SoC) and of battery cells. Utilizing advanced deep learning techniques.

This repository contains the python notebook which successfully models a real battery by a combination of Artificial Neural Networks and Thevenin Equivalent Circuit.

Uncertainty estimation of the state of charge for a Lithium-ion battery (Panasonic CGR-17500) calculated using the direct voltage mapping method based on the discharge curve of the battery.