A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Assembly type anti-seismic wind power tower drum
The invention discloses an assembly type anti-seismic wind power tower drum, and belongs to the technical field of wind power generation. The wind power tower drum is formed by sequentially splicing a plurality of tower drum sections from bottom to top, wherein each tower drum section comprises an outer drum body, torsion buffering assemblies, a first platform connecting plate, a second platform connecting plate, a central concrete column and a central prestressed tendon; the central concrete column is located in the center of the outer drum body; the outer side of the central concrete column is fixedly connected to the outer drum body through the first platform connecting plate and the second platform connecting plate; the central prestressed tendon penetrates through through holes of all tower drum sections; the two ends of the central prestressed tendon are tensioned at the two ends of the wind power tower drum correspondingly; each two adjacent tower drum sections are in axial running fit; and the torsion buffering assemblies and the two connected tower drum sections are used for buffering and damping when the two tower drum sections rotate relatively. When the wind power tower drum provided by the invention is excited by an earthquake, a certain anti-seismic effect can be achieved, and the stability of the wind power tower drum is guaranteed.
本发明公开了一种装配式抗震风电塔筒，属于风力发电技术领域，所述风电塔筒由若干塔筒段从下到上依次拼接而成，所述塔筒段包括外筒体、扭转缓冲组件、第一平台连接板、第二平台连接板、中心混凝土柱和中心预应力筋，所述中心混凝土柱的位于所述外筒体的中心，所述中心混凝土柱的外侧分别通过第一平台连接板和第二平台连接板固定连接至外筒体，中心预应力筋穿过各塔筒段的通孔且中心预应力筋的两端分别张拉在风电塔筒的两端，相邻两塔筒段之间于轴向转动配合，所述扭转缓冲组件分别与相连两塔筒段用于两者在发生相对转动时进行缓冲减震。采用本发明风电塔筒，在受到地震激励时，可以起到一定的抗震作用，保证风电塔筒的稳定性。
Assembly type anti-seismic wind power tower drum
The invention discloses an assembly type anti-seismic wind power tower drum, and belongs to the technical field of wind power generation. The wind power tower drum is formed by sequentially splicing a plurality of tower drum sections from bottom to top, wherein each tower drum section comprises an outer drum body, torsion buffering assemblies, a first platform connecting plate, a second platform connecting plate, a central concrete column and a central prestressed tendon; the central concrete column is located in the center of the outer drum body; the outer side of the central concrete column is fixedly connected to the outer drum body through the first platform connecting plate and the second platform connecting plate; the central prestressed tendon penetrates through through holes of all tower drum sections; the two ends of the central prestressed tendon are tensioned at the two ends of the wind power tower drum correspondingly; each two adjacent tower drum sections are in axial running fit; and the torsion buffering assemblies and the two connected tower drum sections are used for buffering and damping when the two tower drum sections rotate relatively. When the wind power tower drum provided by the invention is excited by an earthquake, a certain anti-seismic effect can be achieved, and the stability of the wind power tower drum is guaranteed.
本发明公开了一种装配式抗震风电塔筒，属于风力发电技术领域，所述风电塔筒由若干塔筒段从下到上依次拼接而成，所述塔筒段包括外筒体、扭转缓冲组件、第一平台连接板、第二平台连接板、中心混凝土柱和中心预应力筋，所述中心混凝土柱的位于所述外筒体的中心，所述中心混凝土柱的外侧分别通过第一平台连接板和第二平台连接板固定连接至外筒体，中心预应力筋穿过各塔筒段的通孔且中心预应力筋的两端分别张拉在风电塔筒的两端，相邻两塔筒段之间于轴向转动配合，所述扭转缓冲组件分别与相连两塔筒段用于两者在发生相对转动时进行缓冲减震。采用本发明风电塔筒，在受到地震激励时，可以起到一定的抗震作用，保证风电塔筒的稳定性。
Assembly type anti-seismic wind power tower drum
一种装配式抗震风电塔筒
HUANG GUOSHEN (author)
2022-01-21
Patent
Electronic Resource
Chinese
Wind power tower drum with anti-seismic function and mounting method
| European Patent Office | 2022
Prefabricated assembly type wind power tower drum foundation and assembly method
| European Patent Office | 2021