FUEL-ELECTRIC HYBRID POWER DRIVING AND MANAGEMENT SYSTEM, AND UNMANNED VESSEL

Disclosed is a fuel-electric hybrid power driving and management system, which enables fuel and electricity power to be reasonably and automatically switched and which is energy saving and environmentally friendly, and an unmanned vessel. The driving and management system comprises a fuel driving system and at least one electric driving system, wherein the fuel driving system comprises an electronically controlled switch of a fuel engine, the fuel engine, a fuel supply tank and an electronically controlled throttle; and the electric driving system comprises a primary battery pack, a motor and a speed regulating device. The system further comprises a control system and a power management system, wherein the power management system, the speed regulating device, the electronically controlled switch of the fuel engine, and the electronically controlled throttle are all electrically connected to the control system, and the electronically controlled switch of the fuel engine, the fuel engine, the electronically controlled throttle, and the primary battery pack are all connected to the power management system in an electronically controlled manner. The unmanned vessel comprises a hull, both sides of the hull are respectively provided with an impeller which is mounted by a pod, and a communication system is used for communicating with a ground base station.