Development of a retrofit kit for electric vehicle transformation

In this thesis work the development of the low-level firmware and Base line software of a VMU for the purpose of transforming a diesel fiat panda car into an electric car is presented. One of the main activities performed by brain technologies right before thinking about how we want to develop our VMU was actually choosing the VMU to be developed and installed into the car, the board chosen is the 32S. The main activity was studying the architecture of the tasks in order to perform the developing. The developing was performed in C programming language. Here are the tasks developed in this thesis work: 1.?? Pedals management 2.??Checking The power socket and based on it Activation of High and Low voltage. 3.??Reading of Acceleration pin and power socket pin and buzzer activation. 4.??Pedals comparison In this thesis the topics covered are EVERGRIN architecture, so the vehicle architecture, ECUs present in the vehicle, BCM (Body control Module), Hardware & Software Components of Body Control Module Architecture, How Does a BCM Control Unit Work?, Key identification, system programming, and other functionalities. The VMU (vehicle management unit) to be programmed (developed) and installed on the car for a successful vehicle transformation (Electrification). The implementation so, the development in C programming language of the VMU, Tasks architectures and functions utilized.