Control and power distribution strategy for hybrid electric tracked vehicle with electric weapon

To solve the power and energy distribution problem between the demands of electric weapon and motor driving for hybrid electric tracked vehicle, a control and power distribution strategy was designed. This control strategy was implemented by the integrated of the control unit and every controller of the driving system and the controller of the electric weapon. The module of the control scheme and algorithm has been designed and modeled in Matlab/Simulink, to accomplish the system simulation that contains the driver input and the feedback of driving system state and control algorithm. Validity and effectiveness of this control strategy is approved by simulation results.