Heavy manual meter-reading workload
Building and tenant meters are dispersed. Reading each one manually then hand-compiling allocation tables is error-prone and delayed.
Industry Scenarios
Campus & Facility Management
Automatic water, electricity & gas meter reading + unattended pump room and distribution room monitoring
Scenario Overview
Automatic collection of building water, electricity, and gas energy consumption. Energy visualization with AI identification of abnormal consumption to support campus energy-saving management.
Primary Contact: Campus Facility / Property Engineering Department / Administration & Facility Management
Common Field Blockers
Energy allocation chronically disputed
Without fine-grained per-zone and per-tenant data, public-area allocation and electricity resale pricing explanations are costly.
Facility points numerous and unattended
Underground garage sump pits, pump rooms, fire water tanks, and distribution rooms are widely distributed — patrol-based discovery of issues is difficult to achieve timely.
Abnormal energy consumption untraceable
Elevated off-hours base-load typically means leaks or equipment left running. Without data clues, root cause cannot be located.
Recommended Solution Stack
Energy IoT (Water, Electricity, Gas)
Water, electricity, gas energy consumption collection and statistics, energy anomaly analysis, AI leak detection, energy-saving reports.
Temperature Alarm & Monitoring System
Real-time multi-point temperature acquisition, over-limit alerts, AI trend analysis, cold storage/server room/workshop monitoring.
Humidity Monitoring System
Real-time environmental humidity acquisition, temperature-humidity linked alerts, warehouse/lab/livestock environmental control.
IoT Intelligent Monitoring & Alerting System
Universal IoT foundation, multi-type sensor connectivity, unified device management, time-series storage, alerting engine.
Implementation Prerequisites
These factors determine whether the project can be successfully delivered — confirm during the initiation phase.
- 1
Start with a meter census: confirm which meters have pulse or remote interfaces and which need acquisition modules added.
- 2
Underground spaces have weak wireless signals. Plan gateways and wired backbone per building to avoid difficult retroactive point additions.
- 3
Tenant allocation report specifications must be confirmed with finance before implementation. Platform generates reports to specification to reduce post-implementation rework.
- 4
Facility alerts such as water immersion and liquid level should directly enter the property duty workflow and be processed alongside the work order system.