Integrating Hydraulic Modelsto their Datasources (Part2)

Keith N King BSc (Hons)

Autumn 2019

Conceptual Solution Diagram

• Leakage Locator• Water Quality

SamplingSome

Dependency

• Interruptions to Supply• Auto Leakage Locator• Transient Mitigation• Incident Management• Network Visualisation

Significant Dependency

• Asset Intelligence• Digital Twin• Near Real-Time Modelling• Supervisory Pump Control• Sensor Locations• Strategic Main Modelling• Shop Window

Critical Dependency

• Internet of ThingsSome Dependency

• Data Science• Operational Technology

PlatformSignificant

Dependency

• Data Classification• Data Ownership• Master Data

Management• GIS Strategy• AW Business Intelligence

Critical Dependency

Model Integration

The Investment Process

21st November 2014submission of initialInvestment Book

17th September 2019“approval to build”

How Many Roles Do You Need?Project SponsorClient Technical LeadModelling Framework ManagerModeller Representative 1Modeller Representative 2Enterprise Architect (Asset and Data)Data Science Team Manager Supplier Account ManagerSupplier Project ManagerIS Alliance Project ManagerIS Alliance Project Solution Architect IS Alliance Delivery ManagerIS Alliance Programme ManagerIS Technical Service Owner (non-SAP)IS Technical Service Owner (GIS)

What’s New?

• 1 Version of the Truth - data changes updated in their respective source only

• Models are refreshed daily - verified against previous build and against snap-shot SCADA data

• Auto-Publish – if verification is passed

• Process Controller tool – holds default parameters and aids error investigation

• Asset Level Tolerances – with bulk change tools to aid adjustments

• Model Merge – no need – simply update the “owning model” field of your assets (in bulk) in the GIS

What’s Coming?

• Near-Real-Time Modelling

• Pump Optimisation & Control

• Burst Finding Technology