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Smart Water Management System with Powered Devices

Transforming the Way Water Management System is Measured, Monitored, and Conserved with Powered Devices (IoT-Enabled)

Introduction

The Smart Water Management System (SWMS) is designed to improve operational transparency and sustainability in municipal and industrial water networks. It provides an integrated approach to measure and monitor critical water parameters (level, flow, and pressure), across storage, treatment, and distribution points.

However, traditional water systems often depend on manual data logging and localized instrumentation with limited remote accessibility. These factors hinder centralized monitoring, delay fault detection, and increase operational inefficiency.

SBEM’s Smart Water Management System with powered devices overcomes these challenges by integrating level transmitters, flow meters, pressure transmitters, and an optional RTU (with RS485 communication input along with Analog & Digital input) for IoTbased connectivity to enable seamless data transmission via IoT web app (SenSphere) These devices can be powered through an optional solar supply.

With centralized data acquisition and analysis, it enhances efficiency, simplifies supervision, and ensures reliable long-term monitoring of critical water inf rastructure.

The Smart Water Management System integrates with powered devices for monitoring of water network parameters. It is ideal for large-scale installations requiring continuous power.

Electromagnetic Flow Meter:

Measures flow rate of water with high accuracy and reliability; suitable for main distribution and pumping stations.

Ultrasonic Flow Meter:

Non-intrusive, maintenance-free solution for measuring flow in closed pipes, ideal for applications where mechanical intrusion is not feasible.

Ultrasonic Level Transmitter:

Provides accurate level measurement for elevated reservoirs, sumps, and tanks using ultrasonic echo principles.

Intelligent Pressure Transmitter:

Monitors water pressure in pipelines or networks.

Hydrostatic Pressure Transmitter:

Measures water level or depth based on hydrostatic pressure; ideal for underground or sealed tanks.

Telemetry Communication Network:

Facilitates centralized data transmission through secure wired or wireless communication networks, integrating all field devices.

IoT Connectivity (Optional RTU with RS485 Communication):

For IoT connectivity, an optional RTU (Remote Terminal Unit) with RS485 communication input along with Analog & Digital input enables seamless data monitoring and configuring on the IoT-based web app (SenSphere).

Monitoring per Interval:

Enables interval based monitoring of water flow, pressure, and level across all connected points.

Precise Measurement:

Level transmitters, pressure transmitters, and flow meters ensure consistent and precise readings.

Continuous Monitoring:

Real-time data monitoring with an optional RTU (Remote Terminal Unit) with RS485 communication input along with Analog & Digital input.

Integrated Multi-Parameter Monitoring:

Simultaneous monitoring of flow, level, and pressure for complete system visibility.

IoT-Enabled option Integration:

Seamless connectivity with IoT Web App for monitoring data for level, flow, and pressure.

Municipal and city-wide water distribution networks
Industrial water treatment and recycling plants
Smart city and smart utility water monitoring systems
Commercial and residential water supply networks with centralized power availability
Industrial process water management and control systems
Water flow and pressure management in manufacturing and process industries
Automated pumping and water balancing systems in large facilities
Agricultural irrigation systems with electrical power inf rastructure

Outcome

  • SBEM’s Smart Water Management System with powered devices empowers municipalities, industries, and utilities to achieve higher efficiency, precision, and reliability in water measurement and monitoring.
  • The integration of powered flow, level, and pressure devices ensures data monitoring essential for process optimization and water resource management.
  • The system supports an optional seamless connectivity with IoT web app and monitoring networks, helping operators maintain balanced distribution and ensure consistent water availability.
  • By offering compatibility with an optional solar-powered to minimize energy requirement and telemetry communication, SBEM’s solution promotes sustainable operations, reduced downtime, and improved water conservation across diverse inf rastructures.

The Smart Water Management System integrates with powered devices for monitoring of water network parameters. It is ideal for large-scale installations requiring continuous power.

Electromagnetic Flow Meter:

Measures flow rate of water with high accuracy and reliability; suitable for main distribution and pumping stations.

Ultrasonic Flow Meter:

Non-intrusive, maintenance-free solution for measuring flow in closed pipes, ideal for applications where mechanical intrusion is not feasible.

Ultrasonic Level Transmitter:

Provides accurate level measurement for elevated reservoirs, sumps, and tanks using ultrasonic echo principles.

Intelligent Pressure Transmitter:

Monitors water pressure in pipelines or networks.

Hydrostatic Pressure Transmitter:

Measures water level or depth based on hydrostatic pressure; ideal for underground or sealed tanks.

Telemetry Communication Network:

Facilitates centralized data transmission through secure wired or wireless communication networks, integrating all field devices.

IoT Connectivity (Optional RTU with RS485 Communication):

For IoT connectivity, an optional RTU (Remote Terminal Unit) with RS485 communication input along with Analog & Digital input enables seamless data monitoring and configuring on the IoT-based web app (SenSphere).

Monitoring per Interval:

Enables interval based monitoring of water flow, pressure, and level across all connected points.

Precise Measurement:

Level transmitters, pressure transmitters, and flow meters ensure consistent and precise readings.

Continuous Monitoring:

Real-time data monitoring with an optional RTU (Remote Terminal Unit) with RS485 communication input along with Analog & Digital input.

Integrated Multi-Parameter Monitoring:

Simultaneous monitoring of flow, level, and pressure for complete system visibility.

IoT-Enabled option Integration:

Seamless connectivity with IoT Web App for monitoring data for level, flow, and pressure.

Municipal and city-wide water distribution networks
Industrial water treatment and recycling plants
Smart city and smart utility water monitoring systems
Commercial and residential water supply networks with centralized power availability
Industrial process water management and control systems
Water flow and pressure management in manufacturing and process industries
Automated pumping and water balancing systems in large facilities
Agricultural irrigation systems with electrical power inf rastructure

Outcome

  • SBEM’s Smart Water Management System with powered devices empowers municipalities, industries, and utilities to achieve higher efficiency, precision, and reliability in water measurement and monitoring.
  • The integration of powered flow, level, and pressure devices ensures data monitoring essential for process optimization and water resource management.
  • The system supports an optional seamless connectivity with IoT web app and monitoring networks, helping operators maintain balanced distribution and ensure consistent water availability.
  • By offering compatibility with an optional solar-powered to minimize energy requirement and telemetry communication, SBEM’s solution promotes sustainable operations, reduced downtime, and improved water conservation across diverse inf rastructures.