The invention discloses a direct current charging pile cooled in a liquid cooling mode, the direct current charging pile comprises a liquid cooling heat insulation shell, the inner side of the liquid cooling heat insulation shell is provided with a main frame, the bottom of the liquid cooling heat insulation shell is provided with a buffer assembly, the buffer assembly comprises an anti-collision base, and the top of the anti-collision base is provided with a buffer vertical plate; an anti-collision mounting plate is mounted at the bottom of the inner side of the main frame, and a limiting stabilizing plate used for limiting is arranged on the inner side of the anti-collision mounting plate. According to the charging pile structure with the buffering assembly, the charging pile is installed on the anti-collision base in a limiting mode, buffering and limiting installation is carried out through the buffering vertical plate, in the installation and use process of the charging pile, if a vehicle collides with the liquid cooling heat insulation shell when the vehicle is parked for charging, certain deviation can be generated, and the charging pile is prevented from being damaged. And through the effects of shifting and extruding the buffer limiting spring to deform, the impact force borne by the charging pile is reduced, the situation that the charging pile is directly toppled and damaged due to impact is avoided, and the safety of the charging pile is improved.
本发明公开了一种通过液冷方式冷却的直流充电桩,包括液冷隔热外壳,所述液冷隔热外壳的内侧安装有主框架,所述液冷隔热外壳的底部安装有缓冲组件,所述缓冲组件包括防撞底座,所述防撞底座的顶部安装有缓冲立板,所述主框架的内侧底部安装有防撞安装板,所述防撞安装板的内侧设置有用于限位的限位稳定板;通过设置的该带有缓冲组件的充电桩结构,充电桩限位安装在防撞底座上,并且通过缓冲立板进行缓冲限位安装,在该充电桩安装使用过程中,若车辆在停靠充电时磕碰撞击在液冷隔热外壳上,会产生一定的偏移,通过偏移并挤压缓冲限位弹簧变形的作用,从而降低该充电桩受到的撞击力度,避免撞击直接导致充电桩倾倒损坏,提高了该充电桩的安全性。
Direct current charging pile cooled in liquid cooling mode
一种通过液冷方式冷却的直流充电桩
2024-11-22
Patent
Electronic Resource
Chinese
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