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Utility Enterprise Integration: Utility Mapping, Hydraulic Modeling, and Managed Design Workflows for a Water Utility Huntsville Utilities: Rob Getman, Project Manager Bentley Systems, Inc.: Jack Cook, VP Water & Wastewater Solutions 4/26/2011 Huntsville Utilities, Huntsville, AL 1

Utility Enterprise Integration for Water Utility

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Page 1: Utility Enterprise Integration for Water Utility

Utility Enterprise Integration: Utility Mapping, Hydraulic Modeling, and Managed Design Workflows for a Water Utility

Huntsville Utilities: Rob Getman, Project ManagerBentley Systems, Inc.: Jack Cook, VP Water & Wastewater Solutions

4/26/2011Huntsville Utilities, Huntsville, AL

1

Page 2: Utility Enterprise Integration for Water Utility

Outline

• Project Context• Huntsville Utilities• Enterprise strategy

• Joint Solutions Technology Benchmark• Defined• Objectives

• Integrated Geospatial Design Process Highlights• Summary and Conclusion

Page 3: Utility Enterprise Integration for Water Utility

Who is Huntsville Utilities?

• Municipally utility owned by the City of Huntsville, AL

• 163,000 Electric, 86,000 Water, 47,000 Gas customers

• 600+ Employees• Headed by 2 Boards

• Waterworks and Gas Board• Electric Utility Board

Page 4: Utility Enterprise Integration for Water Utility

Huntsville, AL

Page 5: Utility Enterprise Integration for Water Utility

Three departments with three design and three mapping standards

Move  from…Pens, whiteout, and highlightersMicroStationFRAMME

To…An integrated computer-based mapping, design &

hydraulic modeling system

Huntsville Multi-utility Challenges

Page 6: Utility Enterprise Integration for Water Utility

4/26/2011 6

Page 7: Utility Enterprise Integration for Water Utility

• SAP was going to happen -- on schedule• Need a common design system for preparing work

orders - for all three departments• Avoid manual entry of bill of materials• 25 to 30 Users • Concurrent implementation with SAP – including

building an interface to handle:• Materials, Cost Centers, Compatible Units, Designs

Driver for Change

Page 8: Utility Enterprise Integration for Water Utility

• Integrated design system for electric, gas, and water

• Common mapping system• Compatible units for in-house design process• Easy to learn (already know MicroStation)• Low cost• Excellent support

Huntsville Utility Requirements

Page 9: Utility Enterprise Integration for Water Utility
Page 10: Utility Enterprise Integration for Water Utility

Our Implementation

• Expert Designer – Design System• Electric, Gas & Water Designs• Design approval workflow

• ProjectWise – Data Repository• Work Requests come here from SAP • Data repository for designs and all work request related

information• SAP – Work Management System

• Work requests initiated within SAP• Designs submitted back to SAP

Page 11: Utility Enterprise Integration for Water Utility

High-Level Information Flow

• New Orders created & sent to PW

• Designs received from PW

SAP

• Data Repository• Synced to SAP

and ED

ProjectWise• Create Designs• Compatible Units• Design Approval

Workflow

Expert Designer

Page 12: Utility Enterprise Integration for Water Utility

Phase 1 – Completed August 2009

In coordination with SAP going live we launched: • ProjectWise V8i• Expert Designer V8i• Bentley Electric, Gas & Water V8i• 6,000 Compatible Units• Projects & designs interfaced with SAP

Page 13: Utility Enterprise Integration for Water Utility

Phase 2 – Currently Underway

• Upgrade to SS1 (complete)• Conversion to Bentley XFM features in Oracle

Spatial from:• Electric – G/Technology (mostly complete)• Gas – FRAMME (complete)• Water – MicroStation (w/ MSlink) (complete)• Landbase – MicroStation (w/ MSlink) (pending)

• Migrate departmental workflows to new technology(While keeping interface with SAP working)

Page 14: Utility Enterprise Integration for Water Utility

THE BENTLEY BENCHMARK

Page 15: Utility Enterprise Integration for Water Utility

MicroStation and ProjectWise AssetWise

Facilities

eBConstructSim

Exor

sisNET

SUPERLOAD

OptramProsteel

Rebar

ProConcrete

Simulate Construct Operate

OnSite

ArchitectureAutoPIPEAutoPLANTAXSYS Bentley MapBentley Rail Track CADscript Descartes DESIGN ++ Expert DesignerGenerative Components

GEOPAKgINTHaestad Methods HAMMERHevacomp InRoadsLeap BridgeMXOpenPlantPlantSpace

PondPack promis●eRAMRM Bridge SewerGEMS speedikon STAADStormCAD Substation WaterGEMS

Lifecycle Server

Navigator

Why  Bentley  Needs  Benchmarks…

Page 16: Utility Enterprise Integration for Water Utility

Buildings Rail and Transit Bridges

Government Mining and Metals Communications

Roads

Campuses

Water and Wastewater

Utilities

Power Generation

Process Manufacturing

Page 17: Utility Enterprise Integration for Water Utility

Buildings Rail and Transit Bridges

Government Mining and Metals Communications

Roads

Campuses

Water and Wastewater

Utilities

Power Generation

Process Manufacturing

Page 18: Utility Enterprise Integration for Water Utility

What is a Solutions Benchmark?• In partnership with motivated user

• Develop the baseline for future water solution development and regression testing.

• Challenge technology interoperability• Challenge the solution and find the gaps.

Page 19: Utility Enterprise Integration for Water Utility

Opportunistic Context• Challenge solution breadth – Mapping, Design,

Analysis, Publishing• Spatially managed engineering content

• Unifying GIS and infrastructure design• Web Publishing• Hydraulic analysis

• Motivated Early Adopter (ELS)• Moving to WaterGEMS hydraulic modeler• Intent on Bentley Water to Oracle Spatial data

migration

• Energized to QC configuration and internally train

Page 20: Utility Enterprise Integration for Water Utility

Benchmark Overview• Joint commitment between Huntsville

Utilities and Bentley • Ideally, the initial Phase of 2 or 3

Phase benchmark• Show how simulation workflows can

complement the design system in place at Huntsville Utilities

• Regularly scheduled weekly meetings (commencing early 2010)

• Commitment from Bentley cross-functional & organizational leadership

Page 21: Utility Enterprise Integration for Water Utility

Benchmark ObjectivesValidate:

• Integration and management of a real water dataset in Oracle Spatial

• Real world  design  and  “as-builting”  workflows• Real world operational workflows facilitated by Oracle

Spatial• Desktop• Web • Dispatch

• Real world modeling scenarios and workflows using Bentley  “intra-operability”  planning  and  design  of  utility  expansion and rehabilitations

Page 22: Utility Enterprise Integration for Water Utility

Benchmark ObjectivesValidate:

• Real world utility mapping workflows based on integration of new plat data from developers.

• Real world utilities land-base creation and maintenance workflows

• Real world use of web publishing in utilities• Dashboard for publishing water

information• Vehicle for data sharing with city

agencies (fire department)

Page 23: Utility Enterprise Integration for Water Utility

Benchmark Project Management• Jointly Staffed

• 7 Huntsville• 17 Bentley

• Program Development• Project Plan• Resource & Budget

• Schedule and Resources• Deliverables

• Workflows• AVIs• Executive Presentation• Solution CD

Page 24: Utility Enterprise Integration for Water Utility

Benchmark Scenario & Location• McMullen Cove• New Development East

of Huntsville• Adjacent to Hampton

Cove and Robert Trent Golf Course

• Located on Flint River• 1200 Acres Parks• 8 Miles Walking Trails

Page 25: Utility Enterprise Integration for Water Utility
Page 26: Utility Enterprise Integration for Water Utility

Benchmark Allows Access to DataContributed under data agreement:

• Landbase • DTM• Orthophotos• McMullen Cove Subdivision Plat• Bentley Water V8i DGN/XFM GIS +

Schema• SCADA data for project area• Meter route data for project area• Expert Designer configuration (with

compatible units)• Hydrant flow tests

Page 27: Utility Enterprise Integration for Water Utility

Benchmark Scenarios• Hydraulic Model Creation

• Create and extend the GIS interoperability mapping configuration

• Terrain modeling for pressure • Pump and valve models• Load Demands• Calibration Exercise

Page 28: Utility Enterprise Integration for Water Utility

Benchmark Scenarios• McMullen Cove Engineering Lifecycle

Simulation• SAP Integration (Simulated) through PW and

ED• Design Process Workflow Automation• Capacity & Service Request• Design of System Expansion

• Landbase and Web Publishing• Existing Orthos, DGN, Address Database,

Esri (Assessor) data migration via Bentley Map

• Maintenance and trouble tickets

Page 29: Utility Enterprise Integration for Water Utility

• Create Designs• Compatible Units• Design Approval

Workflow• Capacity Service• Size:

• Pumps• Pipes• Storage

Sustainable Design Workflows

SAP

Expert Designer

WaterGEMS• Water Utility

Mapping• Land-base• Model

synchronization

Bentley Water

• Content Repository:• Design Projects• Hydraulic Models• Web PublishingOracle

Spatial

ProjectWise

Page 30: Utility Enterprise Integration for Water Utility

Creating Water Models

• Extract WaterGEMS from Bentley Water

• Mapping clean-ups• Pipe split candidates

• Duplicate nodes

Page 31: Utility Enterprise Integration for Water Utility

Example: Adding Camp Ground Road Extension

Modeling Design in Bentley Map

Page 32: Utility Enterprise Integration for Water Utility

Hydraulic model update from GISAs a separate scenario to document design changes

Modifications to Hydraulic model

Page 33: Utility Enterprise Integration for Water Utility

Hydraulic model – Manages Two Scenarios

Hydraulic Model Design

Before Modifications

Proposed

Existing

C

Child Alternative

Page 34: Utility Enterprise Integration for Water Utility

Analysis within Design Platform

Page 35: Utility Enterprise Integration for Water Utility

Design Environment: Expert Designer

Page 36: Utility Enterprise Integration for Water Utility

Design Placement

Page 37: Utility Enterprise Integration for Water Utility

Expert Designer – Design Assistant

Page 38: Utility Enterprise Integration for Water Utility

End-User Benefits• The following accrue to Huntsville Utilities:

• Parallel execution validates lets Bentley serves as quality assurance vanguard.

• Provides a forum for direct input to the Bentley product and solution development processes at a detail level.

• Offers the opportunity to work directly with Bentley staff to obtain additional Bentley technology knowledge and exchange ideas.

• Establishes Huntsville data as the baseline for future solution testing.

• Receives informative reports and analysis of the benchmark results.

• Opens a door for deeper implementation of Bentley solution stack.

Page 39: Utility Enterprise Integration for Water Utility

Concrete Results:

• Several bugs and gaps logged around function and interoperability

• Certification was able to fully exercise solution stack around live data

• Reviewed and tuned HSV Water schema during their development

• Identified and addressed geo-coordination workflow issue

• Helped guide Bentley Water solution early adopter toward success

Page 40: Utility Enterprise Integration for Water Utility

Summary

• Bentley Solution Benchmarking yields:• A working example of the solution in an educational

format.• A vehicle that facilitates feedback to Bentley for the

utilities solution.• A more robust solution based on real world

requirements .• Better tested software.

Page 41: Utility Enterprise Integration for Water Utility

4/26/2011Huntsville Utilities, Huntsville, AL

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