A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Offshore photovoltaic two-pile type platform structure and construction method
The invention provides an offshore photovoltaic two-pile type platform structure which comprises a pile foundation and a truss type platform structure installed on the pile top of the pile foundation, and a photovoltaic assembly is laid on the top of the truss type platform structure. The two pile foundations are arranged in an operation area, and a control interval is formed between every two adjacent pile foundations. The truss type platform structure comprises a front truss, a rear truss and an upper plane truss which are connected with one another, so that the truss type platform structure is in an inverted triangular space type, and the photovoltaic module is arranged on the upper plane truss. Only two pile foundations are used for the whole truss type platform structure, the pile using amount is reduced by several times compared with a traditional water surface photovoltaic support, and the construction cost is saved; and the adaptability to errors of piles is good, when the truss type platform structure is installed, only two pile foundations need to be aligned, the adaptability to the pile sinking precision of the pile foundations is better, and only the spacing precision between the pile foundations needs to be controlled.
本发明提供了用于海上光伏的两桩式平台结构，包括桩基础、以及安装在所述桩基础桩顶的桁架式平台结构，并在所述桁架式平台结构顶部铺设光伏组件；所述桩基础在作业区域内设置两根，相邻所述桩基础间具有控制间隔；所述桁架式平台结构包括相互连接的前桁架、后桁架和上平面桁架，使所述桁架式平台结构呈倒三角形空间型式，所述光伏组件设置于所述上平面桁架上。本发明对整个桁架式平台结构仅用两根桩基础，较传统水面光伏支架用桩量减少了数倍，节省建设费用；而且对桩的误差适应性好，桁架式平台结构安装时，仅需要对准两个桩基础，这对于桩基础的沉桩精度来说适应性更佳，只需控制桩基础间的间距精度。
Offshore photovoltaic two-pile type platform structure and construction method
The invention provides an offshore photovoltaic two-pile type platform structure which comprises a pile foundation and a truss type platform structure installed on the pile top of the pile foundation, and a photovoltaic assembly is laid on the top of the truss type platform structure. The two pile foundations are arranged in an operation area, and a control interval is formed between every two adjacent pile foundations. The truss type platform structure comprises a front truss, a rear truss and an upper plane truss which are connected with one another, so that the truss type platform structure is in an inverted triangular space type, and the photovoltaic module is arranged on the upper plane truss. Only two pile foundations are used for the whole truss type platform structure, the pile using amount is reduced by several times compared with a traditional water surface photovoltaic support, and the construction cost is saved; and the adaptability to errors of piles is good, when the truss type platform structure is installed, only two pile foundations need to be aligned, the adaptability to the pile sinking precision of the pile foundations is better, and only the spacing precision between the pile foundations needs to be controlled.
本发明提供了用于海上光伏的两桩式平台结构，包括桩基础、以及安装在所述桩基础桩顶的桁架式平台结构，并在所述桁架式平台结构顶部铺设光伏组件；所述桩基础在作业区域内设置两根，相邻所述桩基础间具有控制间隔；所述桁架式平台结构包括相互连接的前桁架、后桁架和上平面桁架，使所述桁架式平台结构呈倒三角形空间型式，所述光伏组件设置于所述上平面桁架上。本发明对整个桁架式平台结构仅用两根桩基础，较传统水面光伏支架用桩量减少了数倍，节省建设费用；而且对桩的误差适应性好，桁架式平台结构安装时，仅需要对准两个桩基础，这对于桩基础的沉桩精度来说适应性更佳，只需控制桩基础间的间距精度。
Offshore photovoltaic two-pile type platform structure and construction method
用于海上光伏的两桩式平台结构及施工方法
YU HUAFENG (author) / LI BAOJIAN (author) / JIA XIANLIN (author) / LYU GUOER (author) / WANG XINFENG (author) / YANG YUBAO (author) / WENG KAIWEN (author) / GUI XUEFENG (author) / WANG CHEN (author) / ZHU YIZHANG (author)
2024-11-26
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
/
E02D
FOUNDATIONS
,
Gründungen
/
H02S
GENERATION OF ELECTRIC POWER BY CONVERSION OF INFRA-RED RADIATION, VISIBLE LIGHT OR ULTRAVIOLET LIGHT, E.G. USING PHOTOVOLTAIC [PV] MODULES
,
Erzeugung elektrischer Energie durch Umwandlung von Infrarot-Strahlung, sichtbarem Licht oder ultraviolettem Licht, z.B. unter Verwendung von Photovoltaik [PV]-Modulen
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