Water Modelling Trends Automating model build and maintenance - - PowerPoint PPT Presentation

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Water Modelling Trends Automating model build and maintenance - - PowerPoint PPT Presentation

Water Modelling Trends Automating model build and maintenance procedure Presented by Luca Serena PM for Water Distribution 1 About Innovyze Asset Water Supply Storm, Sewer Management & Flood Artificial Operational Intelligence


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Water Modelling Trends

Automating model build and maintenance procedure

Presented by Luca Serena – PM for Water Distribution

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About Innovyze

Asset Management Storm, Sewer & Flood Water Supply Artificial Intelligence Operational Analytics

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Luca Serena Product Manager Water Distribution Products

Presenters

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In this webinar we look at

  • Typical model build and maintenance procedure
  • Manual model build and maintenance
  • Automate model build and maintenance
  • Ideal end-to-end solution
  • Example model integration project
  • Live model and work order management
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Typical model maintenance procedure

Dist stribut utio ion S System em

Time

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Typical model maintenance procedure

Dist stribut utio ion S System em Asset set R Reg egist istry

(i.e.

  • e. G

GIS, C CMMS MMS, S SAP) P)

Time

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Typical model maintenance procedure

Dist stribut utio ion S System em Asset set R Reg egist istry

(i.e.

  • e. G

GIS, C CMMS MMS, S SAP) P) Simula lated / d / Obse served = d = 1

Hydraul ulic ic Mode del

New model build Point of model creation extract Time

Time me

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Calibration practices

  • Connect to Live Data
  • Update boundary conditions for the calibration and verification day
  • Update demands
  • Update controls
  • Compare simulated vs observed
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Typical model maintenance procedure

Dist stribut utio ion S System em Asset set R Reg egist istry

(i.e.

  • e. G

GIS, C CMMS MMS, S SAP) P) Simula lated / d / Obse served = d = 1

Hydraul ulic ic Mode del

Model delivery Time

Time me

New model build Point of model creation extract

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Typical model maintenance procedure

Dist stribut utio ion S System em Asset set R Reg egist istry

(i.e.

  • e. G

GIS, C CMMS MMS, S SAP) P)

Hydraul ulic ic Mode del

New model build Point of model creation extract Model delivery New model build

Simula lated / d / Obse served = d = 1

Time

Time me

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Typical model maintenance procedure

Dist stribut utio ion S System em Asset set R Reg egist istry

(i.e.

  • e. G

GIS, C CMMS MMS, S SAP) P)

Hydraul ulic ic Mode del

New model build Point of model creation extract Model delivery New model build Lack of confidence in the model

Simula lated / d / Obse served = d = 1

Model build and calibration

  • f hydraulic models are

$30k-$150k CAPEX spend every 3-5 years for water utilities

Time

Time me

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Automate model maintenance procedure

Dist stribut utio ion S System em Asset set R Reg egist istry

(i.e.

  • e. G

GIS, C CMMS MMS, S SAP) P)

Hydraul ulic ic Mode del

New Model build Point of model creation extract Model Delivery Continuous “automatic” model update

Simula lated / d / Obse served = d = 1

Time

Time me

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Automating model maintenance with Ruby

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Automating model maintenance with Ruby

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Automating model maintenance with Ruby

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Automating model maintenance with Ruby

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Automating model maintenance with Ruby

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Automate model build and maintenance

Asset Registry GIS Telemetry SAP CMMS Data Science

Scripts

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Direct pathway towards live modelling

Demand Forecasts Telemetry Update

Incident Management Network optimisation Mapping water quality Forensic analysis

Hydraulic Modelling

Loop

Scripts

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Ideal end-to-end solution

  • Example model integration project
  • Live model and work order management
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1 version of the Truth

Data changes updated in their respective source only

Models refreshed daily

Verified against previous build and against SCADA data

Auto-Publish

If verification is passed

Process Controller Tool

Holds default parameters and aids error investigation

Asset Level Tolerances

With bulk changes to aid adjustments

Model Merge

Not needed – simply update the “owning model” field of your asset (in bulk) in the GIS

Example model integration project: Benefits at a glance

Modeling: from isolated discipline to part of a holist istic s strateg egy supporting water utilities in dealing with the complexity of the real-word system

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Example model integration project

Asset Registry GIS Telemetry SAP CMMS Data Science Data Transfer Scripts Process Controller

Data Integration Hub

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Incident Management

Incident Management Network optimisation Mapping water quality Forensic analysis Evidence led decision making Understand current and future impacts

  • n service levels

Analyse the “what- if” scenario to minimise disruption Generate Work- Order to field crews Post-incident analysis/reporting Alerts affected facilities

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Demand Forecasts Hydrau aulic Si Simulation Base se Ru Run Warnings Supervisory Controls Incident Management Wo Work O k Order er Mana nagem ement nt

Loop

Telemetry Update Model Maintenance Network Optimisation

Live model and Work Order Management

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Thank you

Luca Serena Product Manager Water Distribution Products Luca.serena@Innovyze.com

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