Water Conservancy and Dam Monitoring Cases水利大坝监测案例
For dam bodies, embankments, reservoirs and hydropower sites, the monitoring focus moves from a single point to deep profiles, seepage pressure, stress-strain and reservoir-area geohazards.面向坝体、堤防、库区与水电站，监测重点从单点读数转向深部剖面、渗压、应力应变和库区地质灾害的综合判断。
Baihetan ZK14 used a customized 180 m RDIS1030S field setup.白鹤滩 ZK14 使用 180m 定制 RDIS1030S 完成现场测试。
The deep-bore dataset used 0.5 m depth spacing.深孔数据按 0.5m 深度间距读取。
Four rounds of data were collected with 270 depth readings per round.共 4 次测量，每次约 270 个深度读数。
Water conservancy scenarios require 300 m-class ultra-deep borehole planning.水利场景需要按 300m 级超深孔能力规划。
What Rasber Monitors On Site瑞茨柏在现场监测什么
Dam monitoring requires instruments that survive long service life and deep installation. Sliding systems are used for high-precision campaign measurement in ultra-deep boreholes; in-place inclinometers and VW sensors are suitable for embedded long-term monitoring; piezometers track uplift pressure and seepage; GNSS and weather data cover the dam crest, reservoir slopes and broader environmental context.大坝监测要求设备适应深孔和长寿命。滑动式系统用于超深孔高精度阶段测量，固定式测斜仪与振弦传感器适合长期预埋监测，渗压计跟踪扬压力和渗流，GNSS 与气象数据覆盖坝顶、库区边坡和环境背景。
- ✓Ultra-deep borehole execution超深孔实施能力
Cable length, probe wear, power and spare parts are planned together for boreholes far beyond routine pit depths.超深孔项目需要把电缆长度、导轮磨损、电源和备件一起规划，不能按普通基坑处理。
- ✓Seepage and deformation in one view渗压与变形同屏判断
Piezometer, VW and inclinometer data explain whether deformation is related to water pressure or structural stress.渗压计、振弦与测斜数据共同判断变形是否与水压或结构应力有关。
- ✓Reservoir-area warning库区综合预警
GNSS, rainfall and slope sensors extend dam safety monitoring from the dam body to surrounding geohazards.GNSS、雨量和边坡传感器将大坝安全监测从坝体扩展到库区地灾。
Monitoring Chain Used On Site现场监测链路
Delivered projects are organized from monitoring targets to data quality, alarm rules and reporting outputs.已交付项目从监测对象、数据质量、报警规则到报告输出形成完整链路。
Delivered Monitoring Cases已交付监测案例
These cases focus on monitoring targets, sensor combinations and the data logic used after delivery.以下案例重点展示监测对象、传感器组合和交付后的数据逻辑。
Baihetan Hydropower Station白鹤滩水电站
The Dawanzi section ZK14 borehole used a customized 180 m single-axis RDIS1030S in October 2022. Four measurement rounds at 0.5 m spacing produced 270 depth readings per round, validating the field boundary of the deep-bore workflow.大湾子三区段 ZK14 孔在 2022 年 10 月使用 180m 单轴定制 RDIS1030S。现场按 0.5m 间距完成 4 次测量，每次约 270 个深度读数，验证了深孔工作流的现场边界。
South-to-North Water Diversion南水北调
Rasber has served water-diversion monitoring work, providing deformation, seepage and structural-health data for long-term operation-period safety assessment.瑞茨柏已服务调水工程监测，围绕长期运营期安全评价提供变形、渗流与结构健康数据。
Delivery Checks Behind Reliable Data可靠数据背后的交付检查
The following checks are standard items in field delivery and long-term operation.以下检查项是现场交付和长期运行中的标准动作。
| Delivery phase交付阶段 | Field check现场检查项 |
|---|---|
| Borehole planning深孔规划 | Confirm depth, cable length, reel capacity, guide-wheel spares and battery reserve.确认孔深、电缆长度、线盘容量、导轮备件和电池冗余。 |
| Embedded sensors预埋传感 | Protect VW and piezometer cables before concrete or fill operations make replacement impossible.浇筑或填筑前保护振弦和渗压计线缆，避免后期无法更换。 |
| Long-term archive长期档案 | Keep installation depth, calibration records and data-quality flags for decades of comparison.保存安装深度、校准记录与数据质量标记，支撑多年对比。 |
Planning a similar monitoring project?正在规划同类监测项目？
Send the site type, monitoring target, depth or span, power condition and reporting requirement. Rasber engineers will recommend a configuration based on delivered cases.提供现场类型、监测目标、孔深或跨度、供电条件和报告要求，瑞茨柏工程团队将结合已交付案例给出配置建议。