Impact-resistant power generation wave-proof seawall

Abstract

The invention relates to the technical field of seawalls, and particularly relates to an impact-resistant power generation wave-proof seawall. The impact-resistant power generation wave-proof seawallis formed by connecting a plurality of seawall bodies, wherein each seawall body further comprises a moving block, an impact power generation device, a sleeve, a baffle, a telescopic rod, a recovery cavity, a scouring power generation device and a flow guide pipe. According to the impact-resistant power generation wave-proof seawall, the impact energy of sea waves impacting the seawall can be buffered, and thus the impact resistance of the seawall is improved; and in addition, the impact-resistant power generation wave-proof seawall can further convert the impact capacity of the sea waves intoelectric energy besides generating power through the energy of sea wave falling, has practical significance and popularization value, and is expected to generate good economic benefits.

Description

technical field [0001] The invention relates to the technical field of seawalls, in particular to an impact-resistant power generation seawall. Background technique [0002] The seawall is a water structure built to block the impact of waves, protect the harbor basin, maintain a stable water surface, protect the port from bad weather, and facilitate safe berthing and operation of ships. It also prevents the invasion of drifting sand and ice. It depends on ensuring sufficient water depth and stable water surface in the port to meet the requirements of ships berthing in the port, loading and unloading operations, and entering and exiting navigation. The inner side of some seawalls is also used as a wharf or certain mooring equipment is installed, which can be used for berthing ships. According to its plane layout shape, it is divided into jetty and island embankment; according to the section form, it is divided into three types: slope type, straight wall type and mixed type. ...

AI Technical Summary

Problems solved by technology

[0003] Seawalls are usually set on the periphery of port waters with harsh sea conditions and large waves. This has good conditions for sea power generation. Traditional seawalls have a single function and cannot use waves to generate electricity. Currently, a seawall with power generation functions has been developed. Due to the large impact energy of the waves, in order to prevent the waves from directly impacting the waterproof generator components, the waves need to be buffered by the wave receiver before they can be used for power generation, which wastes a huge amount of impact energy virtually.

[0004] Ocean waves contain a wealth of impact energy. The existing seawalls cannot use the impact force of waves to generate electricity. If a seawall that can use the impact energy of ocean waves to generate electricity is developed, it will improve the utilization efficiency of ocean waves and build a green and environmentally friendly society will be positive

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