BMS is the most important component for our battery module and facilitates the function of the product. Not having a security layer can expose the product and could potentially cause damage to the user. One of our major goal is to create an end to end safe product for the user.

Fetherstill has written code for the BMS to execute a specific set of functions. The main goal is to develop code and create a cyber security layer within the BMS software to avoid any system malfunction.

Learners would need to develop a cyber security later to avoid the following:

• Compromise the temperature sensors in the battery module.
• Compromise the module voltage and ahmps during charging and discharging.
• Modification of software that performs a set of defined functions.
• Compromise communication between the BMS and the inverter.
• Compromise the AC and DC input and output values.

Learners would have access to the following to complete the project:

• designs and technology
• software code
• Access to virtual technical team meetings with St Clair College, Windsor ON.