The invention belongs to the technical field of electric power and ocean equipment, and particularly relates to a friction electromagnetic hybrid generator and a self-powered wave glider, the friction electromagnetic hybrid generator comprises a universal rotating unit, a transmission unit and a friction electromagnetic hybrid power generation unit, the universal rotating unit is used for collecting kinetic energy generated by each reverse motion, and the transmission unit is used for transmitting the kinetic energy to the friction electromagnetic hybrid power generation unit; according to the friction-electromagnetic hybrid generator, kinetic energy is generated by the friction-electromagnetic hybrid generator, the kinetic energy is transmitted to the friction-electromagnetic hybrid power generation unit through the transmission unit, and the friction-electromagnetic hybrid power generation unit converts the kinetic energy into electric energy by adopting a hybrid power generation mode of friction power generation and electromagnetic power generation, and in addition, the invention further provides a self-energy-supply wave glider based on the friction-electromagnetic hybrid generator. According to the friction electromagnetic hybrid generator provided by the invention, movement in different directions can be effectively converted into high-speed rotation of the rotors in the power generation units in the same direction, so that the energy collection and conversion efficiency can be effectively improved; the self-powered wave glider adopting the friction electromagnetic hybrid generator has higher endurance and environment adaptability.
本发明属于电力和海洋设备技术领域,具体涉及一种摩擦电磁混合发电机及自供能波浪滑翔机,所述摩擦电磁混合发电机包括万向旋转单元,传动单元和摩擦电磁混合发电单元,所述万向旋转单元用于收集各个反向运动产生的动能,并通过传动单元,将动能传递到摩擦电磁混合发电单元,摩擦电磁混合发电单元采用摩擦发电和电磁发电的混合发电形式将动能转换为电能,此外本发明基于摩擦电磁混合发电机还提供一种自供能波浪滑翔机。本发明提供的摩擦电磁混合发电机能够有效的利用不同方向的运动转化为发电单元中转子在同一方向的高速旋转,能够有效提高能量的采集和转化效率,采用此摩擦电磁混合发电机的自供能波浪滑翔机具有更高的续航和环境适应能力。
Friction electromagnetic hybrid generator and self-powered wave glider
一种摩擦电磁混合发电机及自供能波浪滑翔机
12.07.2024
Patent
Elektronische Ressource
Chinesisch