A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Photovoltaic pile foundation construction method in mudflat area
The invention provides a photovoltaic pile foundation construction method in a mudflat area, which comprises the following steps: determining a photovoltaic installation area which comprises a pile-in-row area and a parking area which are alternately arranged in sequence from front to back; the row pile area comprises a plurality of pile sinking areas and intervals located between every two adjacent pile sinking areas, and at least one interval area between every two adjacent parking areas is a transition area; all the parking areas and all the transition areas are subjected to solidified soil hydraulic reclamation in sequence, so that solidified soil layers are formed in the parking areas and the transition areas; the bottom-supported pile driving barge is moved into the parking area of the formed and solidified soil layer so that all the pile foundations can be driven into the corresponding pile sinking areas; the pile sinking area where the pile foundation is driven is subjected to solidified soil hydraulic reclamation; according to the method, the stopping area, the transition area and the pile sinking area are determined in a partitioned mode, the stopping area is subjected to solidified soil blow-filling, the solidified soil blow-filled in the stopping area is used for supporting the bottom-supported pile driving barge to conduct pile driving operation, the influence of tide water on the pile driving operation is avoided, and therefore the pile driving precision and the pile driving operation continuity are improved.
本发明提供一种滩涂地区的光伏桩基础施工方法，包括：确定光伏安装区，光伏安装区包括由前至后依次交替布置的排桩区和停靠区；排桩区包括多个沉桩区和位于相邻两个沉桩区之间的间隔，且相邻两个停靠区之间的至少一个间隔区为过渡区；依次对各个停靠区和各个过渡区进行固化土吹填，使停靠区和过渡区内成型固化土层；将坐底式打桩船移入成型固化土层的停靠区内以将各个桩基础打入对应的沉桩区内；对打入桩基础的沉桩区进行固化土吹填；本发明分区确定停靠区、过渡区和沉桩区，并对停靠区进行固化土吹填，以利用停靠区吹填的固化土支撑坐底式打桩船进行打桩作业，以避免潮水对打桩作业的影响，从而提升打桩精度和打桩作业连续性。
Photovoltaic pile foundation construction method in mudflat area
The invention provides a photovoltaic pile foundation construction method in a mudflat area, which comprises the following steps: determining a photovoltaic installation area which comprises a pile-in-row area and a parking area which are alternately arranged in sequence from front to back; the row pile area comprises a plurality of pile sinking areas and intervals located between every two adjacent pile sinking areas, and at least one interval area between every two adjacent parking areas is a transition area; all the parking areas and all the transition areas are subjected to solidified soil hydraulic reclamation in sequence, so that solidified soil layers are formed in the parking areas and the transition areas; the bottom-supported pile driving barge is moved into the parking area of the formed and solidified soil layer so that all the pile foundations can be driven into the corresponding pile sinking areas; the pile sinking area where the pile foundation is driven is subjected to solidified soil hydraulic reclamation; according to the method, the stopping area, the transition area and the pile sinking area are determined in a partitioned mode, the stopping area is subjected to solidified soil blow-filling, the solidified soil blow-filled in the stopping area is used for supporting the bottom-supported pile driving barge to conduct pile driving operation, the influence of tide water on the pile driving operation is avoided, and therefore the pile driving precision and the pile driving operation continuity are improved.
本发明提供一种滩涂地区的光伏桩基础施工方法，包括：确定光伏安装区，光伏安装区包括由前至后依次交替布置的排桩区和停靠区；排桩区包括多个沉桩区和位于相邻两个沉桩区之间的间隔，且相邻两个停靠区之间的至少一个间隔区为过渡区；依次对各个停靠区和各个过渡区进行固化土吹填，使停靠区和过渡区内成型固化土层；将坐底式打桩船移入成型固化土层的停靠区内以将各个桩基础打入对应的沉桩区内；对打入桩基础的沉桩区进行固化土吹填；本发明分区确定停靠区、过渡区和沉桩区，并对停靠区进行固化土吹填，以利用停靠区吹填的固化土支撑坐底式打桩船进行打桩作业，以避免潮水对打桩作业的影响，从而提升打桩精度和打桩作业连续性。
Photovoltaic pile foundation construction method in mudflat area
一种滩涂地区的光伏桩基础施工方法
CHEN LI (author) / TIAN HUIYUAN (author) / LI BIBO (author) / CHEN XIAOFENG (author) / LI CHUNZHENG (author)
2024-04-09
Patent
Electronic Resource
Chinese
IPC:
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
Photovoltaic support foundation structure for mudflat and construction method
| European Patent Office | 2021
Pile body fixing mechanism for mudflat photovoltaic construction and pile driver thereof
| European Patent Office | 2021
Device, method and system for monitoring relative settlement of mudflat photovoltaic pile foundation
| European Patent Office | 2024
| European Patent Office | 2022
Construction method for mudflat photovoltaic power station
| European Patent Office | 2021