Novel front-end visible inland ship hybrid power system with flywheel energy storage function

The invention provides a novel front-end visible inland ship hybrid power system with a flywheel energy storage function, and relates to the field of ship hybrid power and the field of electric power industry. Comprising an integrated sensor, an intelligent front-end visual system, a central control system, a power source, a flywheel energy storage system and a magnetic suspension supporting system, wherein the integrated sensor and the intelligent front-end visual system are arranged in a topological structure; the central control system can plan and deploy feedback signals from the visual system and a controller; the power source is composed of a diesel engine and a motor; and the controller and the propeller model are used for executing instructions of the central control system to deploy the hybrid power source and feeding back the instructions in real time. AI intelligent calculation is carried out on real-time channel information captured in the inland river navigation process, charging and discharging