西霞院反调节水库工程启闭机械布置设计  

Hoist Innovative Technology Design of Xixiayuan Anti-Regulating Reservoir

作　　者：唐松智[1] 赵中营 朱君学 周伟[1] 

机构地区：[1]黄河勘测规划设计有限公司,河南郑州450003 [2]华电郑州机械设计研究院有限公司,河南郑州450015

出　　处：《人民黄河》2013年第12期104-105,共2页Yellow River

摘　　要：西霞院反调节水库是小浪底水利枢纽的配套工程,具有挡水建筑物低、闸门尺寸大、枢纽景观要求高等特点,启闭机械布置技术难题较多。通过深入研究,大胆采用了多项创新技术:单双吊点可变换双向门机实现了一套起升机构可操作孔口宽度相差悬殊、有单双吊点之分的多种规格闸门;大车运行定位系统可在操作系统中设定各闸门的位置,或预置大车运行距离,提高了门机自动化控制水平;倒挂式液压启闭机的新型布置形式,不仅满足了设备自动控制要求,而且解决了河床式水电站发电系统设备布置与坝面交通、枢纽景观的矛盾;内置式油缸行程测量系统可有效提高油缸行程的测量精度。Xixiayuan Anti-Regulating Reservoir is the auxiliary project of Xiaolangdi Hydroelectric Power Station, having the characteristics of low wa- ter retaining structure, big size gate, high demand landscape and a lot of difficulties in hoist arrangement. Designers adopted a number of innovative technologies： Portal crane whose single and double lifting point could operate various gates with different orifice width and single or double lifting point ; Trolley traveling positioning system could locate gate position accurately; Inversion type hydraulic hoist solved the contradiction of equipment layout, dam traffic and landscape; The built-in hydraulic hoist stroke measuring device improved measurement accuracy of cylinder stroke.

关 键 词：启闭机械布置 闸门 创新技术 西霞院反调节水库 

分 类 号：TV664[水利工程—水利水电工程]