Fu Ning's repositories
Battery-Simulation
Soc Estimation Based on Unscented Kalman Filter
Battery_SOC_Estimation
Battery state of charge estimation using kalman filter in Matlab
298-Estimation-Theory
Battery SOC Estimation by Kalman Filter
3-8-bit-Decoder-using-Switches-and-LEDs-with-8051
without using IC create simple decoder
Battery-Kalman
A simple and naive battery modelisation + Kalman filter for state of charge (SoC) estimation
Battery-state-of-charge
This project is aimed to get the SoC by using current integration method which measure the current passing through current sensor while charging or discharging and then integrating it in a time. The system based on Atmega32 microcontroller with software architecture in the picture attached with this project. EEPROM is included in the system to save the previous value of SoC after restarting the system and calculate the new state based on the previous one. Timer (CTC Mode) and interrupt are used to return the number of milliseconds passed since the MCU began running the current program.
BatterySocEstimation
Python script for linear approximation of battery SOC based on voltage measurement only.
data-driven-prediction-of-battery-cycle-life-before-capacity-degradation
Code for Nature energy manuscript
EDLproject
measure the SOC of the battery
Kalman-Filters
To predict and estimate the state of charge of the battery (SoC). This computational method narrows down the errors and re-estimates it.
lithium-battery-ocv-fitting
磷酸铁锂电池OCV-SOC曲线拟合python程序
psomatlab
Automatically exported from code.google.com/p/psomatlab
SOC-Estimation-of-Li-ion-battery-using-Kalman-filter
The State of charge (SOC) is an important parameter to find the capacity of state. It is equivalent to the fuel gauge for a battery pack in a battery electric vehicle. There are different general methods to precisely estimate the battery SOC using voltage, current integration and pressure but each has its certain drawbacks. Accurate estimation of SOC is one of the major issues in a Battery Management System. To overcome these shortcomings, a Kalman filter is used which is able to adjust to the battery voltage and coulomb counting in real time. To estimate the SOC in both the batteries, an RC circuit is considered and its parameters are calculated and rewritten in state space form which in turn is converted to discrete time form to estimate SOC.
SoC_EKF_Linux
Thesis work on State of Charge Estimation of a Battery Pack using an Extended Kalman Filter, in a Real-Time Embedded Linux Environment
TOLOSAT---SoC-of-battery-simulation
A simulation in MATLAB related to an excel that compute the SoC of the battery in function of the components, the orbit, and the duty cycle of the satellite