Wind farms in remote areas rely on booster stations to boost the voltage to 110kw or more. Hydrogen-oxygen batteries cannot meet the conditions. Moreover, the power generated by the power plant is ABC three-phase power, while hydrogen-oxygen batteries are Two-phase electricity cannot meet production and living conditions.
In short, using wind power to electrolyze water cannot store a large amount of electricity, but will destroy the original good grid voltage, which is not advisable.
The construction organization design should include the basis for preparation, project overview, construction deployment, construction progress plan, construction preparation and resource allocation plan, main construction methods, construction site layout and main construction management plan.
The wind power booster station is part of the entire wind farm and is generally divided into a unit project. The main contents of the unit project construction organization design are as follows:
Project overview (mainly describing the overview of the booster station, such as geographical location, topography, geological conditions, floor area, scale, etc.)
Construction deployment (such as: project personnel organization structure, management personnel allocation, responsibilities)
Construction progress plan (construction period goals, rush measures, etc.)
Construction preparation and resource allocation (people, Planning and configuration of materials and machines)
Main construction plans (earthwork, concrete, steel, formwork, scaffolding, primary electrical, secondary electrical, finished product protection measures)
< p>Safe and civilized construction, occupational health and environmental management measuresConstruction site layout (floor plan)