圖書典藏及影音數位平台

為賡續民國101年至民國107年雙溪水庫壩址所處丁子蘭溪水位流量站觀測成果，蒐集水文、產砂、輸砂等資料，持續辦理水砂資料觀測。為使雙溪水庫工程推展順利辦理，擬針對雙溪水庫壩址區域強震資料進行評析，原先於壩址與集水區內建置之感測儀器，本計畫擬就已初步串聯成壩址邊坡監測物聯網系統進行功能擴充與維護，以持續監測蒐集壩區邊坡變遷情勢及水文地質特性。

In response to the future water resource utilization and deployment in the northern region. Water Resources Agency, MOEA has successively handled the preliminary and feasibility planning, environmental impact assessment of the Shuangxi Reservoir. However, due to the extreme climate, the population of northern Taiwan has grown, and the overall capacity of water resources facilities is insufficient, which increases the risk of water shortage. In the past, the hydrogeological characteristics of the dam site area has been less investigated. It is showed that only few results of the geological sensitive area on the left slope of stilling basin in previous survey data, so it is necessary to carry out supplementary investigation. In this project, we also need to continue collecting and analysis the water-sand and earthquake data to build up the IoT Systems, produce a smart network platform which will achieve sustainable operation of the reservoir. Build up 3D Model and Video Making for Shuangxi Reservoir . Through this 3D Model and video, the folks and local government can understand the engineering easily by comprehending the engineering concept and the future operation works on Shuangxi Reservoir visually and logically. In the last, we expansion and maintenance IoT Monitoring Platform for Shuangxi Reservoir, to effectively enhance the efficiency and effectivity of reservoir data management and deployment.