水电与新能源
水電與新能源
수전여신능원
HYDROPOWER AND NEW ENERGY
2014年
9期
61-63
,共3页
液压提升系统%设备载荷%载荷选择
液壓提升繫統%設備載荷%載荷選擇
액압제승계통%설비재하%재하선택
hydraulic lifting system%working load%load selection
利用液压提升系统在水电站进行导流底孔下闸,在国内尚属首次。通过向家坝水电站工程下闸所取得的一些检测数据,计算出闸门与门槽轨道间摩擦系数的取值范围,根据操作水头,计算出提升闸门所需载荷,就可以正确选取液压提升设备。
利用液壓提升繫統在水電站進行導流底孔下閘,在國內尚屬首次。通過嚮傢壩水電站工程下閘所取得的一些檢測數據,計算齣閘門與門槽軌道間摩抆繫數的取值範圍,根據操作水頭,計算齣提升閘門所需載荷,就可以正確選取液壓提升設備。
이용액압제승계통재수전참진행도류저공하갑,재국내상속수차。통과향가패수전참공정하갑소취득적일사검측수거,계산출갑문여문조궤도간마찰계수적취치범위,근거조작수두,계산출제승갑문소수재하,취가이정학선취액압제승설비。
It is rare to close the diversion tunnels in hydropower stations with hydraulic lifting system .The practice in Xiangjiaba hydropower station is the first application in China .With the actual measurement data obtained from the clo-sure procedure , friction coefficients between the gates and the tracks in gate slots are calculated .Working load of the hy-draulic lifting system can be estimated under its working head .Then, the devices in the hydraulic lifting system can be selected based on the working load .