Battery Component Model Implementation - title

Battery Component Model Implementation

Battery Component Model implementation - overview

Battery Component Model Implementation - Overview

Author / organization: Zhichao Wu / KIT

Used Compoent model specification: BATTERY / KIT Specification

Model of computation:

  • Time-continuous
  • Discrete-event

Simulation description: the battary is simulated with a given power setpoint profile, to test the charging and discharging process. In reality, the battery is connected with a battery controller to set this setpoint.

Implementation tool:

  • Dymola and MATLAB/Simulink
  • AnyLogic or MATLAB/SimEvents

Battery KIT - Related Documents

Battery Component Model implementation - related documents

Source Code of the Implemented Result Object

Please contact:

Name: Zhichao Wu / KIT

 Send Email

Battery Component Model implementation - short description

Short Description

An equivalent circuit model of a battery, including a sensor that measures the power and voltage of the battery. The battery is modelled as an equivalent circuit with OCV lookup table and four impedances connected in series. Since one single battery as defined in the model is usually not enough to provide the required power, a pack typically consists of several identical batteries connected in series.

Present use / development status

This model is a simplified prototype of the battery system for model validation and harmonization. The influence of SOH and temperature will be integrated at a later time into the model.