

The Framework
The W2S-Water Wise System focuses on the ability to monitor, control and manage in real-time water supply networks by creating operational intelligence, converging real-time analytical and predictive vectors over a geo-referenced view of all data from the network and external sources.
The solution is agnostic to equipment manufacturers and communication protocols. In this way the W2S provides an aggregate view of the whole ecosystem that constitutes the reality of a water network management entity.
Its implementation is phased in line with the elimination of constraints that limit operational optimization levels and alignment with a Water Smart Grid concept.
Value proposition
a) Comprehensive network life cycle management, transforming data into knowledge through the convergence of predictive algorithms, analytical models and real-time anomalies identification, in a holistic view of the network in order to respond and prevent service interruptions, losses and fraud, asset condition and failures, communication problems, balance between production and consumption, dynamic pressure management and water quality assurance;
b) Reduce costs and increase operational efficiency through process orchestration, tracking, service execution and remote metering through sensors, devices and automation;
c) Alignment process with best practices and digital transformation closing the gap for intelligent network requirements.
The Framework
The W2S-Water Wise System focuses on the ability to monitor, control and manage in real-time water supply networks by creating operational intelligence, converging real-time analytical and predictive vectors over a geo-referenced view of all data from the network and external sources.
The solution is agnostic to equipment manufacturers and communication protocols. In this way the W2S provides an aggregate view of the whole ecosystem that constitutes the reality of a water network management entity.
Its implementation is phased in line with the elimination of constraints that limit operational optimization levels and alignment with a Water Smart Grid concept.
Value proposition
a) Comprehensive network life cycle management, transforming data into knowledge through the convergence of predictive algorithms, analytical models and real-time anomalies identification, in a holistic view of the network in order to respond and prevent service interruptions, losses and fraud, asset condition and failures, communication problems, balance between production and consumption, dynamic pressure management and water quality assurance;
b) Reduce costs and increase operational efficiency through process orchestration, tracking, service execution and remote metering through sensors, devices and automation;
c) Alignment process with best practices and digital transformation closing the gap for intelligent network requirements.
Innovation drive and Solution concept
Smart water disruption
how to give intelligence to the water network?
COMMUNICATIONS
is the glue
Reliable network for meter and sensor data, control and command.
Management of water smarter networks.
DATA
is the foundation
Gathering all the data for a better management of Water infrastructure.
KNOWLEDGE
is the key
Transform data into Utilities Knowledge, through the combination of business intelligence techniques like predictive models, real time processing and analytics.
Innovation drive and Solution concept
Smart water disruption
how to give intelligence to the water network?
COMMUNICATIONS
is the glue
Reliable network for meter and sensor data, control and command.
Management of water smarter networks.
DATA
is the foundation
Gathering all the data for a better management of Water infrastructure.
KNOWLEDGE
is the key
Transform data into Utilities Knowledge, through the combination of business intelligence techniques like predictive models, real time processing and analytics.
Business
Case
SAVING
ENERGY
through an integrated view about the water-energy nexus in each distribution network
10-30% REDUCTION ON ENERGY COSTS (35% OF WATER PRODUCTION OPEX)
ADDING
INTELLIGENCE
to existing Water Management Systems
10-20% REDUCTION IN FIELD OPERATIONS AND MAINTENANCE (20% OF WATER DISTRIBUTION OPEX)
SAVING
WATER
by adjusting water on-hand to the daily demand cycle
UP TO 50% REDUCTION ON NON- REVENUE WATER
REDUCING LOSSES
AND PIPE BURSTS
by adjusting water on-hand to the daily demand cycle
5-10% REDUCTION IN PIPE BURSTS (30% OF WATER DISTRIBUTION OPEX)
Business
Case
SAVING
ENERGY
through an integrated view about the water-energy nexus in each distribution network
10-30% REDUCTION ON ENERGY COSTS (35% OF WATER PRODUCTION OPEX)
ADDING
INTELLIGENCE
to existing Water Management Systems
10-20% REDUCTION IN FIELD OPERATIONS AND MAINTENANCE (20% OF WATER DISTRIBUTION OPEX)
SAVING
WATER
by adjusting water on-hand to the daily demand cycle
UP TO 50% REDUCTION ON NON- REVENUE WATER
REDUCING LOSSES
AND PIPE BURSTS
by adjusting water on-hand to the daily demand cycle
5-10% REDUCTION IN PIPE BURSTS (30% OF WATER DISTRIBUTION OPEX)
Water Wise System


Event Driven based
Convergence of Realtime Analytics and Machine Learning/ Artificial Intelligence Hydraulic and Grid models
Actionable outputs and results
Event Driven based
Convergence of Realtime Analytics and Machine Learning/ Artificial Intelligence Hydraulic and Grid models
Actionable outputs and results


GOALS
Ability to read, store and process large volumes of information from the network and related systems
Transform the Measurement and Control Zones into an Intelligent Operation Zones
Anticipate any network problems, generating operations plans
Promote efficient and automated management of water and energy nexus (using dynamic pressure management, control water reservoirs and pump stations)
Integration of real-time network control and water quality
GOALS
Ability to read, store and process large volumes of information from the network and related systems
Transform the Measurement and Control Zones into an Intelligent Operation Zones
Anticipate any network problems, generating operations plans
Promote efficient and automated management of water and energy nexus (using dynamic pressure management, control water reservoirs and pump stations)
Integration of real-time network control and water quality


Presenting water network processes status, service disruptions, water losses and fraud, asset malfunctions, communication problems, and water quality in a unified front-end with a 360° view about assets
Through real-time, predictive and analytical convergence
Provide intelligence to the network by filtering, aggregating and correlating a massive amount of real-time data
Blend data into composite alarms to be processed by human dispatchers
Provides device measurement and remote services execution ensuring equipment compliance with protocols
Orchestration, tracking and management of the order processing and fulfillment in a distribution water operator

Highlights
Highlights

Presenting water network processes status, service disruptions, water losses and fraud, asset malfunctions, communication problems, and water quality in a unified front-end with a 360° view about assets
Through real-time, predictive and analytical convergence
Provide intelligence to the network by filtering, aggregating and correlating a massive amount of real-time data
Blend data into composite alarms to be processed by human dispatchers
Provides device measurement and remote services execution ensuring equipment compliance with protocols
Orchestration, tracking and management of the order processing and fulfillment in a distribution water operator