The digital heart for a smart and networked water network
In the context of modern water network management, collecting, processing, and analyzing data from field devices are critical to ensuring efficiency, sustainability, and quality of service.
The Centralized Acquisition System (SAC) represents the technological platform that allows you to integrate, monitor and control in real time the information coming from smart meters, sensors and actuators distributed along the network.
Aquanexa offers advanced SAC solutions that enable centralized data management, facilitating infrastructure supervision, resource optimization and strategic planning of interventions.
Through intuitive web interfaces and sophisticated analysis tools, large volumes of data can be transformed into actionable insights for operational and strategic decisions.
Application areas
Extended water
Gas
District heating
Waste
Infrastructures
Smart cities
AgricultureFor info
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Improved operational efficiency
Automation of data collection and analysis processes, reducing operational time and costs.
Informed and timely decisions
Access to accurate, up-to-date information for proactive network management.
Reduce leaks and optimize resources
Quickly identify leaks and use water efficiently.
Regulatory compliance and sustainability
Support for compliance with current regulations and promotion of sustainable practices in water management.
Integrated web platform and desktop software
Secure and customizable access to network data, with advanced visualization, analysis and reporting capabilities.
Real-time monitoring and alarm management
Immediate detection of anomalies, leaks or malfunctions, with automatic notifications for timely interventions.
Integration with CRM and GIS systems
Synchronize data with customer management systems and geographic information for a complete and detailed view of the network.
Compatibility with different communication protocols
Support for technologies such as LoRaWAN, NB-IoT, GPRS/GSM, ensuring integration with a wide range of devices in the field.
Predictive analytics and preventive maintenance
Use advanced algorithms to predict failures and optimize maintenance activity planning.