P-4.7 GIS technology in electric power distribution company of

P-4.7 GIS technology in electric power distribution company of

GIS TECHNOLOGY IN ELECTRIC POWER
DISTRIBUTION COMPANY OF BELGRADE
Miladin Tanasković, Srđan Brozović, Maja Nikolić, Jelena Milosavljević,
“Elektrodistribucija - Beograd” d.o.o.
Dušan Ostojić, Ljubiša Adžemović, ŽelimirJovanović
“Livona” d.o.o.
Contents
•
•
•
•
•
Current state
Project goals
System Description
Project Implementation
Conclusions
PROJECT “EDB GIS”
Current State
About EDB
•
•
•
•
Service points 700.000
Underground lines 6.500 km
Overhead lines 9.500 km
Transformer substations
– HV/MV 100
– MV/LV 6000
• Total employed 1700
Status before project start
• Graphical data
– CAD drawings
– Raster maps
• IT subsystems
– Remote Control
– Technical
– Business
Graphical Data - CAD drawings
•
•
•
•
•
•
Vectorized in *.dwg format [%]:
Geographical electrical scheme 110 kV, 35 kV – 100%
Geographical electrical scheme 10 kV – 100% (underground network)
Geographical electrical scheme 10 kV – 0% (overhead network)
Geographical electrical scheme 1 kV– 2%
Surveying data is being obtained in *.dwg format for last three years
Graphical Data - RASTER maps
• Scanned detailed maps (≈ 2000 maps 1:500 and 1:1000)
• Shematical maps (≈ 600)
7
IT SUBSYSTEMS
• Remote Control
• Technical
• Business
8
Disadvantages & current problems
• Non up-to-date network information
• No link between graphics and alphanumerical data
• Inconsistent graphical data
(paper, *.dwg files, scanned maps)
• Multiply alphanumerical data entry in different IT
subsystems, resulting in redundant data
PROJECT “EDB GIS”
Project Goals
Project goals
• One database
• One data entry
• Web access
Solution – Enterprise GIS
•
•
•
•
Safe, efficient and consistent database
GIS Portal for web access
Easy integration with external IS (SCADA, NCS, SAP...)
Software by leading manufacturers
PROJECT “EDB GIS”
System Description
EDB GIS Structure
• GIS can not be bought
• GIS has to be built
Methods
Experts
Software
Hardware
Data
Methods
Experts
Data
Software
Hardware
Data
•
•
•
Alphanumeric data of electric network
Background vector graphical data
Raster maps
Alpha
data
Мethods
Expetrs
Hardware
Software
Hardware
Data
•
•
•
•
Servers
Workstations
Web clients
GPS devices
Methods
Experts
Software
Software
Hardware
Data
•
Leading GIS-GPS manufacturers:
–
–
–
–
ESRI ArcGIS server
AED-SICAD ArcFM UT
AED-SICAD ArcFM UT Web
Trimble Terrasync Professional
Methods
Experts
Experts
Software
Hardware
Data
PROJECT
MANAGER
GIS Expert
- surveying
- technical documentation
IT Experts
- administration
- data model and migration
(analyst, designer)
- Oracle expert
Energeticist
Methods
Experts
Methods
Software
Hardware
Data
•
System Functions:
–
–
–
•
•
How to use?
Who is using?
Why?
Standard workflows
Training
PROJECT “EDB GIS”
Project Implementation
Methods
Experts
System Architecture
Software
Hardware
Data
HTML Viewer
Alphanumerical
Editing
GPS devices
ArcFM UT Editor
ArcEditor
ArcFM UT Web
GIS Portal
ArcIMS
ArcSDE
ArcFM UT Post Server
GIS database
(ORACLE)
ArcFM UT Integrator
Other Middleware
Standard GIS Activities
Collecting data
Data
maintenance
Editing
Decision
making
Analysis and
reports
EDB GIS Development
•
Implementation Project
–
–
–
–
–
–
–
•
Project Plan
HW/SW Installations
Data Migration
System Tuning
Additional Functions
Defining Workflows
Trainigns - general and thematic
Continuous data entry
and database maintenance
Data Migration
•
•
Migrating Data from existing IT subsystems
Field Data Collection
Defining Workflows
•
•
•
Standard workflows
Special Cases
Work orders / reports
Thematic Training
•
•
Standard Tasks
Special Tasks
Continuous Data Entry and Maintenance
•
•
•
Digitizing
Alphanumerical data entry
Field data collecting
–
–
•
Handheld GPS
Geodetic surveys
Additional external documents
Digitizing
•
•
Scanned maps as background
Vectorization
Alphanumerical Data Entry
•
•
Entry during vectorisation via catalogs
(predefined object types)
Entry on alpha panels
Field Data
•
•
Handheld GPS devices
Geodetic Surveys
Additional external documents
•
•
•
•
•
Photos
Project documents
3D scans
Field sketches
Manuals, catalogs, ...
PROJECT “EDB GIS”
Conclusions
Conclusions
• Project goals fulfilled
Integration of graphical and alphanumerical network data
Data entry – once
Data accessible to all via GIS portal or desktop application
Consistent database
What next ?
•
•
•
•
Continuous data entry
Integration with external
IT systems
Permanent education
Further system expansion
- SCADA
- DMS
- IPS SDU
EDB
GIS
- External
systems
- Billing
- Water Utilities
- Asset
Management
- Cadastre
Thank you
• Questions ?