A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Photovoltaic support hoisting construction method
The invention discloses a photovoltaic support hoisting construction method which comprises the following steps: step 1, pile foundation construction: according to different water depths, a water pile driver is used for pipe pile construction within 1 meter of water depth, a pile driving barge is used for piling when the water depth exceeds 1 meter of water depth, during construction, power generation area support foundation pile construction is performed firstly, and then anchoring side pile construction is performed; the invention relates to the technical field of photovoltaic support hoisting. According to the photovoltaic support hoisting construction method, when the cross beams are hoisted, installation personnel adjust and splice the installation positions of the cross beams through the limiting mechanisms, the flatness of the beams is controlled and leveled through a leveling rod, the positions with height deviation are adjusted by additionally welding steel plates on pile top plates, and limiting is conducted through the limiting mechanisms during positioning; and the cross beam and the pile foundation can be quickly positioned and adjusted, and welding is more convenient.
本发明公开了一种光伏支架吊装施工方法，包括以下步骤：步骤一、桩基施工：根据不同水深，水深1米以内管桩施工使用水上打桩机进行施工，水深超过1米使用打桩船打桩，施工时先进行发电区域支架基础桩施工，后进行锚固边桩施工，本发明涉及光伏支架吊装技术领域。该一种光伏支架吊装施工方法，通过横梁吊装时由安装人员通过限位机构对横梁安装位置进行调整拼接，利用水准尺对梁的平整度进行控制、找平，对高度有偏差的部位，在桩顶板上加焊钢板进行调节，在定位时通过限位机构进行限位，可以快速对横梁和桩基进行定位调节，焊接更加方便。
Photovoltaic support hoisting construction method
The invention discloses a photovoltaic support hoisting construction method which comprises the following steps: step 1, pile foundation construction: according to different water depths, a water pile driver is used for pipe pile construction within 1 meter of water depth, a pile driving barge is used for piling when the water depth exceeds 1 meter of water depth, during construction, power generation area support foundation pile construction is performed firstly, and then anchoring side pile construction is performed; the invention relates to the technical field of photovoltaic support hoisting. According to the photovoltaic support hoisting construction method, when the cross beams are hoisted, installation personnel adjust and splice the installation positions of the cross beams through the limiting mechanisms, the flatness of the beams is controlled and leveled through a leveling rod, the positions with height deviation are adjusted by additionally welding steel plates on pile top plates, and limiting is conducted through the limiting mechanisms during positioning; and the cross beam and the pile foundation can be quickly positioned and adjusted, and welding is more convenient.
本发明公开了一种光伏支架吊装施工方法，包括以下步骤：步骤一、桩基施工：根据不同水深，水深1米以内管桩施工使用水上打桩机进行施工，水深超过1米使用打桩船打桩，施工时先进行发电区域支架基础桩施工，后进行锚固边桩施工，本发明涉及光伏支架吊装技术领域。该一种光伏支架吊装施工方法，通过横梁吊装时由安装人员通过限位机构对横梁安装位置进行调整拼接，利用水准尺对梁的平整度进行控制、找平，对高度有偏差的部位，在桩顶板上加焊钢板进行调节，在定位时通过限位机构进行限位，可以快速对横梁和桩基进行定位调节，焊接更加方便。
Photovoltaic support hoisting construction method
一种光伏支架吊装施工方法
XIE HOUJUN (author) / TONG GUOBIN (author) / XING QI (author) / ZHANG KAI (author) / XU PEIQING (author)
2023-04-14
Patent
Electronic Resource
Chinese
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