Implementering av hybriddrivlina i BAE Systems bandvagn

Sammanfattning: This work has been carried out at BAE Systems in Örnsköldsvik. The background to the work is that BAE Systems is developing a hybrid electric driveline for the BvS10 tracked vehicle (Sirius project), but lacks the necessary drawings, i.e. a 3D model, for the construction of this vehicle. The purpose of the work was to create data regarding the 3D model, weight, center of gravity and inner volume analyzes for the future construction of this hybrid-driven tracked vehicle. A 3D model of a complete BVs10 front cab with hybrid drivetrain was created by removing all systems that belonged to the old driveline in the original 3D model and then replacing them with new drivetrain components for a hybrid-driven tracked vehicle. In order for the components that belonged to the hybrid driveline to fit and meet the weight and volume requirements, large relocations of components inside the vehicle had to be carried out. When comparing the weight and volume between the original platform and the new hybrid-driven platform, all data were calculated based on what happens to the vehicles center of gravity in the horizontal and vertical axis with regard to the vehicles direction of travel. Two concepts were developed in this work regarding service weight, center of gravity and internal volume. Notwithstanding the concept, the parameters are improved compared to the original construction, which shows that the Sirius concept improves the properties of the tracked vehicle with regard to the technical requirements placed on the project. The requirements are seen as met as the results presented in this report show that the Sirius concept improves the vehicle`s characteristics regarding weight, center of gravity and volume, which means that this work is seen as successful. The result of this report is something that BAE will use in future development.