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Offshore photovoltaic wave dissipation embankment and offshore photovoltaic system
The invention discloses an offshore photovoltaic wave dissipation embankment, an offshore photovoltaic system and a spoiler, the spoiler comprises spiral coils, and in the spiral coils, a slit for water flow to pass through is formed between every two adjacent coils; the bottoms of the two sacrifice piles are anchored to the seabed, and the two ends of the spoiler are rigidly connected with the two sacrifice piles respectively. When the waves enter the spiral coil, the waves encounter the slits on the spiral coil, and the waves are diffracted in the form of circular ripples, so that the waves are damaged to a certain extent. When flowing out of the spiral coil, the waves encounter the slits of the spiral coil again and are diffracted in the form of circular ripples again, so that the waves are damaged to a certain degree again. In addition, circular ripples formed by two times of diffraction can interfere with each other and cancel each other. The wave dissipation embankment can effectively destroy waves, meanwhile, the wave dissipation embankment is mainly composed of the spiral coils and the sacrificial piles, and the wave dissipation embankment is simple in structure, low in cost and convenient to install and implement.
本发明公开了一种近海海上光伏消浪堤及一种近海海上光伏系统，扰流器，扰流器包括螺旋线圈，在螺旋线圈中，相邻的两个线圈之间形成供水流通过的狭缝；两个牺牲桩，两个所述牺牲桩的底部均锚固在海底，扰流器的两端分别与两个牺牲桩刚性连接。当波浪要进入到螺旋线圈中时会遇到螺旋线圈上的狭缝，那么波浪会以圆形波纹衍射，从而对波浪形成一定的破坏程度。波浪从螺旋线圈流出时会再次遇到螺旋线圈的狭缝，那么会再次以圆形波纹衍射，从而再次对波浪形成一定的破坏程度。并且，两次衍射形成的圆形波纹会彼此干涉、相消。本发明中的消浪堤能够有效地破坏波浪，同时本发明中的消浪堤主要由螺旋线圈和牺牲桩组成，结构简单，成本低，便于安装实施。
Offshore photovoltaic wave dissipation embankment and offshore photovoltaic system
The invention discloses an offshore photovoltaic wave dissipation embankment, an offshore photovoltaic system and a spoiler, the spoiler comprises spiral coils, and in the spiral coils, a slit for water flow to pass through is formed between every two adjacent coils; the bottoms of the two sacrifice piles are anchored to the seabed, and the two ends of the spoiler are rigidly connected with the two sacrifice piles respectively. When the waves enter the spiral coil, the waves encounter the slits on the spiral coil, and the waves are diffracted in the form of circular ripples, so that the waves are damaged to a certain extent. When flowing out of the spiral coil, the waves encounter the slits of the spiral coil again and are diffracted in the form of circular ripples again, so that the waves are damaged to a certain degree again. In addition, circular ripples formed by two times of diffraction can interfere with each other and cancel each other. The wave dissipation embankment can effectively destroy waves, meanwhile, the wave dissipation embankment is mainly composed of the spiral coils and the sacrificial piles, and the wave dissipation embankment is simple in structure, low in cost and convenient to install and implement.
本发明公开了一种近海海上光伏消浪堤及一种近海海上光伏系统，扰流器，扰流器包括螺旋线圈，在螺旋线圈中，相邻的两个线圈之间形成供水流通过的狭缝；两个牺牲桩，两个所述牺牲桩的底部均锚固在海底，扰流器的两端分别与两个牺牲桩刚性连接。当波浪要进入到螺旋线圈中时会遇到螺旋线圈上的狭缝，那么波浪会以圆形波纹衍射，从而对波浪形成一定的破坏程度。波浪从螺旋线圈流出时会再次遇到螺旋线圈的狭缝，那么会再次以圆形波纹衍射，从而再次对波浪形成一定的破坏程度。并且，两次衍射形成的圆形波纹会彼此干涉、相消。本发明中的消浪堤能够有效地破坏波浪，同时本发明中的消浪堤主要由螺旋线圈和牺牲桩组成，结构简单，成本低，便于安装实施。
Offshore photovoltaic wave dissipation embankment and offshore photovoltaic system
一种近海海上光伏消浪堤及一种近海海上光伏系统
CHEN JIANJUN (author) / LIU XIN (author) / YAN SHU (author) / LEI YU (author) / ZHOU YIMING (author) / LIU RUICHAO (author)
2023-01-06
Patent
Electronic Resource
Chinese
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