The invention discloses an anchor block, an anchoring system and an overwater photovoltaic power station, the anchor block comprises an anchor block body, the anchor block body comprises a gravity pressing block and at least one pile inserting component arranged on the gravity pressing block, and at least part of the pile inserting component extends out of the lower end of the gravity pressing block. The anchor block body is provided with at least one pile inserting component, and at least part of the pile inserting component extends out of the lower end of the gravity pressing block, so that when the anchor block sinks into a soil layer at the water bottom, the pile inserting component firstly makes contact with the soil layer at the water bottom, and under the action of the gravity pressing block, the pile inserting component can be inserted into the soil layer, and transverse resistance can be generated; the problem of slippage of the anchor block in the mounting process is avoided; in addition, after the anchor block is installed, namely, the gravity pressing block makes contact with the soil layer, the pile inserting component is inserted into the soil layer, and meanwhile the gravity pressing block makes contact with the soil layer, so that the contact area of the anchor block and the soil layer is greatly increased, the anchoring bearing capacity of the anchor block is improved, and the risk that the anchor block slides in the operation stage is reduced.
本申请公开了一种锚块、锚固系统及水上光伏电站,包括锚块本体,锚块本体包括重力压块和设置于重力压块的至少一个插桩构件,插桩构件至少部分自重力压块的下端伸出。由于锚块本体具有至少一个插桩构件,该插桩构件至少部分自重力压块的下端伸出,继而当锚块沉入水底的土层时,插桩构件会先与水底的土层接触,并且在重力压块的作用下,插桩构件会插入至土层内,即可产生横向阻力,避免了安装过程中锚块滑移的问题;另外当锚块安装完成后,也即重力压块与土层接触,由于插桩构件插入土层内同时重力压块与土层接触,使得锚块与土层的接触面积大大提高,有助于提升锚块的锚固承载能力,降低运行阶段锚块滑移的风险。
Anchor block, anchoring system and overwater photovoltaic power station
一种锚块、锚固系统及水上光伏电站
2024-11-22
Patent
Electronic Resource
Chinese
IPC: | B63B Schiffe oder sonstige Wasserfahrzeuge , SHIPS OR OTHER WATERBORNE VESSELS |
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