Non-directional breeze complementary power generator for electric vehicle or ship

Abstract

The invention relates to the field of non-directional breeze complementary power generators for an electric vehicle or a ship, and particularly relates to a non-directional breeze complementary power generator. The generator comprises a footing and a cylindrical casing connected with the footing, wherein a bowl-shaped wind wheel blade and a bowl-shaped wind wheel blade lever (i.e., internal trident impeller) are arranged in the casing; the bowl-shaped wind wheel blade lever is connected with a main shaft which is a vertical main shaft; the lower side of the bowl-shaped wind wheel is a middle casing part, a lantern blade device, a shaft seat upper end cover and a shaft seat lower end cover are arranged in the middle casing, and the shaft seat upper end cover and the shaft seat lower end cover are connected with the main shaft; the lower side of the middle casing is provided with a speed change shaft seat, a flywheel energy storage device, a speed change reduction gear (connected with the main shaft) and a speed change acceleration gear (which together with an auxiliary shaft is connected with a lower shaft speed change acceleration gear); the speed change acceleration gear drives a generator shaft gear to increase the rotation speed output to transmit to the generator as the synchronous rotation speed required by the generator, thereby achieving power generation based on the principles of moving magnetism induced electricity and electricity induced moving magnetism (the principle of generating electricity with breeze is as follows; and the wind impeller turns the non-direction wind with high rotation speed into the wind with low rotation speed by the gear and then the wind with low rotation speed is sharply turned into the wind with high rotation speed to achieve the synchronization of the rotation speeds of breeze and the generator).

Description

technical field [0001] The invention relates to the field of wind power generation, in particular to non-directional electric vehicles, ships and breeze complementary generators. Background technique [0002] Wind energy is a natural resource that does not produce pollution emissions and energy consumption, and is also a natural resource with commercial-scale development conditions in terms of technology and economy. [0003] Wind turbines are generally composed of a frame, a wind rotor with impellers installed, a generator set, a transmission, and an empennage. The shaft of the wind rotor, the shaft of the transmission, and the shaft of the generator are on the same level. Large requirements, great environmental impact, unstable power generation, difficult assembly and maintenance, and uneven radial force on the blades, especially when the wind direction changes, the shafts of the wind rotor, transmission and generator are easily damaged, and the blades are used for a long ...

AI Technical Summary

Problems solved by technology

[0004] At present, there is a kind of wind power generation unit; the blades are vertically arranged, and can receive wind force in any direction in the radial direction, but the blades are mostly plate-shaped, and part of the wind force flows back after the blades are stressed, and the utilization rate of wind force is not high. Natural resources are wasted in vain

Images