Wind power hydrogen production control device for vertical-axis wind power generator

Abstract

The invention discloses a wind power hydrogen production control device for a vertical-axis wind power generator. The wind power hydrogen production control device comprises a wind power generator set, an electric energy distribution system, an energy storage monitoring system, a wind power hydrogen production electrolysis water electrolyser and a hydrogen storage tank, wherein the left end of thewind power hydrogen production electrolysis water electrolyser is connected with the energy storage monitoring system, and the right end of the wind power hydrogen production electrolysis water electrolyser is connected with the hydrogen storage tank trough a hydrogen guide-in pipe to complete hydrogen production and hydrogen storage for wind power hydrogen production electrolysis water; the leftend of the electric energy distribution system is connected with the wind power generator set, and the right end of the electric energy distribution system is connected with the energy storage monitoring system to complete power generation energy storage and monitoring for the wind power generator set; and the central shaft of the wind power generator set is fixed to the ground, a rack is installed at the bottommost end of the central shaft, and a gearbox and a power generator are installed on the rack to complete vertical-axis wind power generation. The wind power hydrogen production controldevice disclosed by the invention completely realizes rapid and efficient hydrogen production and hydrogen storage for wind power generation, saves labor, increases the production efficiency, and iscapable of generating great economic benefits and social benefits.

Description

technical field [0001] The present invention relates to wind power generation technology, electrolyzed water hydrogen production technology, electrolyzed water hydrogen storage technology, and intelligent control management technology, in particular to a wind power hydrogen production device for a wind power generator, and more specifically, to a vertical axis wind power generator wind power hydrogen production control device. Background technique [0002] Xinjiang and other regions in my country are rich in wind energy resources, and have unique conditions for the large-scale development of clean renewable energy such as wind power; Extremely restrictive. [0003] With the rapid development of human society, renewable energy efficient and clean power generation technology has been highly valued by countries all over the world. Wind power is the main form of renewable energy utilization, and its rapid and large-scale development has highlighted the difficulty of grid consum...

AI Technical Summary

Problems solved by technology

[0006] (1) The wind power hydrogen production control device of the traditional vertical axis wind power generator does not use wind power generators, power distribution systems, energy storage monitoring systems, wind power hydrogen production electrolysis water electrolyzers, and hydrogen storage devices for wind power hydrogen production and hydrogen storage devices. tank, its combined structure is relatively complex and inconvenient to operate;

[0007] (2) The wind power hydrogen production control device of the traditional vertical axis wind power generator does not use the power distribution system and energy storage monitoring system for the wind power hydrogen production and hydrogen storage device, the control effect of wind power hydrogen production is not good, and there are many safety hazards at the same time Hidden dangers, which are time-consuming, labor-intensive, and inefficient;

[0008] (3) The wind power hydrogen production control device of the traditional vertical axis wind power generator does not use the wind power hydrogen production electrolysis water electrolyzer and hydrogen storage tank for the wind power hydrogen production and hydrogen storage device, which cannot realize efficient and convenient wind power hydrogen production and storage Hydrogen cannot save manpower, the production efficiency is low, and it cannot produce good economic and social benefits

Images