How to build a complete smart water infrastructure monitoring system? What core equipment and platforms are needed?

Four-layer architecture: Perception (flowmeters/level sensors/RTUs) → Transmission (4G/NB-IoT/LoRa) → Platform (Ecolor Cloud) → Application (DMA/flood/carbon). Turnkey delivery in 2-4 weeks.

A complete smart water infrastructure monitoring system follows a four-layer architecture: Perception → Transmission → Platform → Application.

1. Perception Layer: Electromagnetic flowmeters (pipe network flow), radar level meters (river/reservoir levels), Doppler radar flowmeters (open channel/drainage), pressure transmitters (pipe pressure), water quality sensors (pH/turbidity/DO).

2. Transmission Layer: EC32/EC60 RTU series supporting 4G/NB-IoT/LoRa multi-mode communication, with built-in lithium battery + solar dual power supply.

3. Platform Layer: Ecolor Cloud Platform (data aggregation, device management, GIS visualization, alarm linkage).

4. Application Layer: DMA zone metering, pipeline leak analysis, flood early warning, water resource dispatch, carbon emission accounting.

CSSOC provides turnkey solutions from sensor to cloud, with typical deployment cycle of 2-4 weeks per project.

Smart Water Architecture
What is DMA (District Metered Area) and how does it help water utilities reduce leakage and non-revenue water? How do electromagnetic and Doppler radar flow meters compare in accuracy and applications?