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Pump Station Monitoring

  • Solution Template
  • 2 installs
  • v1.0.0
  • Oct 30, 2026
  • MIT license
  • v4.4+

The Pump Station Monitoring template is a ready-to-run accelerator for water and wastewater pumping stations. It brings six duty/standby pumps, the clear water tank and the outlet valve into one SCADA-style dashboard with live status, pump control, operating point, maintenance planning and alarm analytics.

Category
  • SCADA
  • Industrial
  • Monitoring
Use Cases
  • SCADA
  • Industrial Automation

💡 Solution Description

The Pump Station Monitoring template is a ready-to-run accelerator for water and wastewater pumping stations. It brings six duty/standby pumps, the clear water tank and the outlet valve into one SCADA-style dashboard with live status, pump control, operating point, maintenance planning and alarm analytics.

✨ Highlights

Turn a pump room into a connected, observable station with the Pump Station Monitoring solution template. Designed for water utilities, industrial plants and facility operators who run pumps in duty/standby rotation. 💧⚙️

Press Install to get a complete station model — a station asset, six pumps and a station controller, populated with a week of demo data, calculated fields and alarm rules.

📦 What’s inside the box?

We have auto-generated a complete pumping station for you:

  • 🗺️ Station SCADA schematic: Clear water tank level, six pumps colored by Running / Standby / Fault (running pumps spin), outlet valve opening, outlet pressure and flow.
  • 🎛️ Pump card: Pick a pump in the table to start/stop it, switch Auto/Manual, see its operating point on the pump and system curves (with hover tooltip) and its duty cycle.
  • 🛢️ Clear water tank forecast: Tank level history with consumption and the estimated days until the tank reaches the low line.
  • 🛠️ Maintenance planning: Days until the next service per pump, a maintenance calendar with planned, overdue and done events, and a per-pump logbook for operator notes.
  • 🚨 Alarm analytics: Critical and major alarm cards with Ack/Clear, station alarms, an alarm report and alarms ranked by source.
  • 📊 Automated metrics: Calculated Fields roll pump counters up to station flow, water pumped, energy and specific energy, propagate tank and valve data to the station, and count down to the next service.

🌟 Why use this template?

  • 🚀 Instant start: Entities, relations, calculated fields, alarm rules and dashboards are wired together and filled with demo data, so the station is live seconds after installation.
  • 🔁 Duty/standby aware: Pump roles, run status and duty cycle are first-class data, so you see at a glance which pumps carry the load and which are ready to take over.
  • 🧩 Easy to adapt: Alarm thresholds, the low tank line and service intervals are attributes, not hard-coded rules — tune them per pump without editing rule logic.

✨ Key Features

  • Start/Stop and Auto/Manual control: Commands are written as shared attributes (running, mode) that a real pump controller can subscribe to; the station schematic follows the confirmed pump status.
  • Operating point: Flow, head and efficiency of the selected pump shown against model pump and system curves with the preferred operating range highlighted.
  • Tank forecast: Consumption and days-to-refill are computed from the tank level reported by the station controller.
  • Service countdown: Days until the next service are calculated from each pump’s next service date.

🌍 Real-World Applications

This template serves as a foundation for:

  • 🏙️ Water supply and booster stations: Monitor duty/standby pumps, discharge pressure and reservoir levels across the network.

  • 🚰 Wastewater lift stations: Track pump faults, run hours and wet-well levels, and plan maintenance before failures.

  • 🏭 Industrial and irrigation pumping: Watch energy per cubic meter and keep pumps in their preferred operating range.

Share Your Solution with the Community

Built a complete IoT solution? Package it as a ZIP archive — dashboards, rule chains, profiles, calculated fields, devices, and emulators — and publish it to the IoT Hub so others can deploy your architecture in one click.