Pressure type magnetic fluid wave power generation network

Abstract

The invention discloses a pressure type magnetic fluid wave power generation network. The power generation network is formed by connecting n pressure type magnetic fluid wave devices through flexible wires; positive poles (positive ends) and negative poles (negative ends) of coils of all the magnetic fluid wave power generation devices are connected with a rectifying circuit and connected to an accumulator or a supercapacitor after being in parallel connection or serial connection. In particular, leads for parallel connection or serial connection are the flexible wires (12) between capsules. The leads for parallel connection or serial connection are flexible rubber leads; and the connected ends or the wire outlet positions are all sealed (through sealant). The number of the n pressure type magnetic fluid wave power generation devices is 2-20; the 2-20 pressure type magnetic fluid wave power generation devices form a small network unit; and m small network units form a large network.

Description

technical field [0001] The invention relates to a power generation network, in particular to a pressure type magnetic fluid wave power generation network. Background technique [0002] Harnessing the ocean's waves to generate electricity is an important aspect of renewable energy production. The prior art has occurred the generating set that adopts the impeller machine that utilizes wave, generator to form. It includes openings for introducing sea waves, one / or multiple impellers capable of introducing two-way airflow to change the angle of moving blades and having the same steering function are arranged on a plurality of airflow holes, and connected to a generator. Utilize the up and down movement of seawater to enter the integral interval / or split independent wave chamber to compress air or form negative pressure to supplement the air. The two-way swinging moving blades of the turbine output the torque in the same direction of rotation to supply the generator. However, t...

AI Technical Summary

Problems solved by technology

The above structure is practically difficult to realize

[0005] In short, the prior art does not disclose a wave power generation networking device. The existing power generation devices are generally used for large-scale power generation devices, and the application of smaller than wave power generation devices is limited.

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