A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pit device for flywheel test
The invention belongs to the technical field of flywheel energy storage system testing, and particularly relates to a pit device for flywheel testing, which comprises a foundation, an enclosing wall and a cover plate, and is characterized in that the foundation, the enclosing wall and the cover plate define a testing cavity; the foundation is positioned in a pit cavity of the soil body; the top of the enclosure extends above the ground; the cover plate is provided with a hoisting opening for the flywheel energy storage system to enter the test cavity; a base is installed on the foundation, at least two T-shaped grooves are formed in the top face of the base, and the T-shaped grooves are used for being matched with the connecting pieces so that the flywheel energy storage system can be installed on the base. When the flywheel energy storage system is tested, the flywheel energy storage system is arranged in the test cavity, so that the flywheel energy storage system can be prevented from generating danger to surrounding experimenters, and even if parts are disassembled, fragments can be blocked by the enclosing wall and the cover plate. In addition, the base is arranged, and at least two T-shaped grooves are formed in the base, so that the flywheel energy storage system can adapt to flywheel energy storage systems of various sizes, and the flywheel energy storage systems are fast and convenient to mount and dismount.
本发明属于飞轮储能系统测试技术领域，具体涉及一种用于飞轮测试的地坑装置，包括地基、围墙以及盖板，地基、围墙以及盖板围成测试腔；地基位于土体的坑腔内，围墙顶部伸出地面以上；盖板设置有吊装口，以用于供飞轮储能系统进入测试腔；地基上安装有底座，底座的顶面设置有至少两条T型槽，T型槽用于与连接件配合以将飞轮储能系统安装至底座。在进行飞轮储能系统测试时，由于飞轮储能系统在测试腔内，从而可以防止飞轮储能系统对周边的实验人员产生危险，即便发生部件解体，碎片也会被围墙以及盖板阻挡。此外，设置底座且在底座上设置至少两条T型槽，从而能够适应多种尺寸的飞轮储能系统，且安装以及拆卸飞轮储能系统快速方便。
Pit device for flywheel test
The invention belongs to the technical field of flywheel energy storage system testing, and particularly relates to a pit device for flywheel testing, which comprises a foundation, an enclosing wall and a cover plate, and is characterized in that the foundation, the enclosing wall and the cover plate define a testing cavity; the foundation is positioned in a pit cavity of the soil body; the top of the enclosure extends above the ground; the cover plate is provided with a hoisting opening for the flywheel energy storage system to enter the test cavity; a base is installed on the foundation, at least two T-shaped grooves are formed in the top face of the base, and the T-shaped grooves are used for being matched with the connecting pieces so that the flywheel energy storage system can be installed on the base. When the flywheel energy storage system is tested, the flywheel energy storage system is arranged in the test cavity, so that the flywheel energy storage system can be prevented from generating danger to surrounding experimenters, and even if parts are disassembled, fragments can be blocked by the enclosing wall and the cover plate. In addition, the base is arranged, and at least two T-shaped grooves are formed in the base, so that the flywheel energy storage system can adapt to flywheel energy storage systems of various sizes, and the flywheel energy storage systems are fast and convenient to mount and dismount.
本发明属于飞轮储能系统测试技术领域，具体涉及一种用于飞轮测试的地坑装置，包括地基、围墙以及盖板，地基、围墙以及盖板围成测试腔；地基位于土体的坑腔内，围墙顶部伸出地面以上；盖板设置有吊装口，以用于供飞轮储能系统进入测试腔；地基上安装有底座，底座的顶面设置有至少两条T型槽，T型槽用于与连接件配合以将飞轮储能系统安装至底座。在进行飞轮储能系统测试时，由于飞轮储能系统在测试腔内，从而可以防止飞轮储能系统对周边的实验人员产生危险，即便发生部件解体，碎片也会被围墙以及盖板阻挡。此外，设置底座且在底座上设置至少两条T型槽，从而能够适应多种尺寸的飞轮储能系统，且安装以及拆卸飞轮储能系统快速方便。
Pit device for flywheel test
用于飞轮测试的地坑装置
XU BAO (author) / HU DONGXU (author) / ZHANG HUALIANG (author) / CHEN HAISHENG (author) / ZHANG ZHILAI (author) / SHEN HAOTIAN (author)
2022-11-01
Patent
Electronic Resource
Chinese
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