Hybrid power fast unmanned monitoring boat

Abstract

The invention relates to an unmanned surface vehicle, in particular to a hybrid power fast unmanned monitoring boat. The hybrid power fast unmanned monitoring boat comprises a boat body, a mast, a power and propulsion system, an energy system, a control and navigation system, a communication system and a load monitoring system, wherein the energy system and the power and propulsion system are arranged inside the boat body, the mast is arranged on the upper portion of the boat body, and a wireless and satellite communication antenna, a meteorological monitoring load and a satellite navigation terminal are arranged on the mask. The power and propulsion system comprises a diesel engine, an electric motor, an electric generator, a hybrid power gearbox and a water-jet propeller, wherein the diesel engine and the electric motor are connected with the two input ends of the hybrid power gearbox through two clutches respectively, the output end of the hybrid power gearbox is connected with the water-jet propeller, the water-jet propeller is arranged on the stern of the boat body, and the electric generator is connected with the diesel engine. The hybrid power fast unmanned monitoring boat has the advantages of achieving unmanned operation and self-propulsion observation, high-speed cruising and low-speed monitoring can be achieved by adopting hybrid power, and efficient utilization of the energy can be achieved.

Description

technical field [0001] The invention relates to an unmanned surface boat, in particular to a hybrid fast unmanned monitoring boat. Background technique [0002] Basic environmental parameters such as marine hydrometeorology, topography and geomorphology not only have a very strong guiding significance for national economic production, but also the fundamental guarantee for military activities such as marine national defense construction and maritime territorial security. Unmanned Surface Vehicle (USV) has been highly valued and developed rapidly in important special applications due to its small displacement, strong maneuverability, fast deployment, and high operating efficiency. [0003] Traditionally, military USVs mostly use diesel engines as the power source, which can achieve high-speed cruising and rapid deployment (the speed can generally reach more than 40 knots, and the maximum speed can reach 50 knots). In the civilian field, especially USVs used for marine scient...

AI Technical Summary

Problems solved by technology

Even without considering the impact of diesel engines on the work of oceanographic survey equipment, since the survey work speed required by survey equipment is much lower than the maximum speed of unmanned surface vehicles powered by diesel engines, this will cause such unmanned surface vehicles to often work in the ocean for a long time. Near the idling speed of the diesel engine, it seriously affects the life of the diesel engine and the economy of fuel utilization, causing unnecessary additional carbon emissions

Images