BMS control and visualization
University
FH Münster University of Applied Sciences
Fields
Electrical Engineering
Computer Science
Duration
6 months
Time period
flexible
Deadline
February 15 for fall internship
October 1 for spring internship
Supervisor
Prof. Dr.-Ing. Peter Glösekötter
Project description
The HLB laboratory is developing rechargeable zinc air batteries together with external partners as part of a funded project. The aim of the project is a demonstrator consisting of the cells, the battery management system, the electrolyte management and a control and visualization unit. Within the scope of this IP project, this control and visualization unit is to be developed. The charging and discharging parameters should be adjustable via a GUI. Furthermore, the current state of the cells (state of charge, temperature, current, voltage, etc.) and the demonstrator (state of charge, temperature, electrolyte management, etc.) shall be visualized.
Tasks
Setting up RPI
Developing a RPI <-> CAN interface PCB
Implementing CAN-Bus communication (Python)
Browser Visualization
Requirements
Python
PCB Layout
Languages
English and/or German
Possible beginnings
Flexible within Spring term (Mar-Aug) or Fall term (Sep-Feb)
Credits
Possible in cooperation with an associated company and according to requirements at home institution
Payment
negotiable