HYBRID POWER SYSTEM AND ENERGY MANAGEMENT OPTIMIZATION METHOD THEREOF

Disclosed is a hybrid power system (100) including a computing core (110), a power converter (120), a driving motor (130), an engine generator (140), a charging stand (150), and a battery pack (160). The power converter (120) is coupled to the computing core (110). The driving motor (130) is coupled to the power converter (120). The engine generator (140) is coupled to the power converter (120). The charging stand (150) is coupled to the power converter (120). The battery pack (160) is coupled to the power converter (120). When inputting a required torque (T) to the computing core (110) and switching to a charging mode, an electric energy source (200) is coupled to the charging stand (150) and provides power to the battery pack (160) through the power converter (120). The computing core (110) executes an optimal power allocation algorithm.