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Glendale Water & Power Electrical GIS Implementation – EGUG, October 2011

Glendale Water and PowerGlendale Water and PowerElectrical GIS ImplementationElectrical GIS Implementation

By

&Nagarajan Murali, PMPPractice Head – Utilities

Vishwa Tiwari, M.S.S.E.Project Manager

http://www.glendalewaterandpower.com/default.aspx


• Municipal Utility that serves the citizens and community of Glendale, California (35,000 water and 88,000 electric customers)

• Owned by the City of Glendale and governed by the Glendale City Council

• Member of Southern California Public Power Authority (SCPPA)

• Electrical System • 12 distribution substations• 240 miles of UG distribution lines• 251 miles of OH distribution lines• 3 wire 12.47kV system

• Upgraded 88,000 electric meters with Smart Meters – a first step to Smart Grid

http://www.glendalewaterandpower.com/default.aspx


• Global IT Solutions Organization• ESRI & Telvent Distributor in India • Strategy : Focus & Differentiate• Focused on Specific Industry Verticals

• Utilities• Transportation• BFSI• Retail

• High Maturity Processes• SEI CMMi level 5• ISO 9001:2000

• Secure Environment – BS 7799• Research Focus – Software

Engineering


• Convert AutoCAD data to GIS• Easements• Communications Network• Electric Network

• Implement EngHouse NetWorks• Implement ArcFM Electric

• MultiSpeak Data Model• Conduit Manager• Designer• Session Manager & Workflow

Manager• Create fields for FileNet linking• Create GWP Electric specific

symbols• Create Map Templates (Map Books)


• Input data• AutoCAD drawings (dwg)• Drawing images (jpeg)• Legal documents (PDF)

• Conversion procedure• Data Model (Gross,

Prescriptive, Quit Claim)• Migrate AutoCAD drawings

to GIS• Georeference jpeg images• Refer legal document• Use COGO to create / verify

easements• QA/QC (by ESRI Professional

Services)• Manual• Automated (PLTS)


• Data Model (Excel based)• Manual tasks

• Splice information• ISP facilities connection

mapping and configuration

• Tube color information - currently in excel sheet

• Overhead / underground network creation

• Uses Electrical assets• Tropos radio location marking


• Input Source• AutoCAD drawings• SQL Server data

• Data Model creation• Converting AutoCAD data

• Rulebase Document• Connectivity Cleanup

• QA / QC• ArcFM Configuration

(Feeder Manager, Model Names, Auto Updaters)


• Conduit configuration• Vault details (Excel

sheet), different vault size• UFM configuration


• Configuration (Assign Model Names)

• Create Compatible Units and incorporate Cost Factor information

• Add Non-GIS CUs• Train the users on Work

Function Tool and Work Location Tool


• Define workflow process for GWP Mapping and Records

• Users and Roles creation tailored to GWP business needs

• Assign privileges• Updating final Electric GIS

database


• Varieties of map drawings• Multiple Map

Templates• ArcFM Map Book

Configuration (Model Names)

• GWP specific symbols (EUDCEDIT)

• Annotation Feature Classes for labeling

A


• Electric GIS Implementation is the first major step to Smart Grid

GWPGIS

ArcGISArcFM SolutionArcFM DesignerConduit ManagerNetWORKS

ITRONMDMS

HarrisBilling

ACSSCADA

DistributionAutomation

Controls

DistMS

OMS

City GIS

FileNetDocMS

ArcGISAzteca Cityworks

glendale water and power electrical gis implementation€¦ · glendale water & power...

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