Upload
tipu-javed
View
39
Download
7
Tags:
Embed Size (px)
DESCRIPTION
GIS Integration Using SAP XI
Citation preview
GIS Integration Using SAP XIScenario View
Rory Shaffer
Utility Industry Business UnitSAP Labs LLC
Electric Transco- Disco Data Modeling
Demostration of SAP / GIS Integration
Integration Methods
Spatial Planning with SAP
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Structuring of technical assets
� Functional location
� Equipment
� Bills of material
� Assemblies
� Install base
Interface to industry-specific systems
� GIS
� SCADA
� CAD
� Graphical Work Clearance Planning
Close connection between technical and accounting assets
EAM Master Data
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Volume and complexity of technical data
Number and complexity of objects for an electricity supply grid
complex structurehigh system load
simple structurehigh system load
complex structure
simple structurelow system load
figures derived from a mid sized utility
co
mp
lexity
of
asse
ts
number of objects
houseconnectionslocal network
low voltageswitch boardsmedium vol-
tage poles
transformerstations
power supplystations
high vol-tage poles
street lights
local net-work stations
medium vol-tage circuits
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Search and retrieval functions for technical data
characteristic� temperature
� pressure� voltage
� type of ....� diameter� ...........
classes� transformer� switches� valves� pumps� poles� ...........
technical
objects� functional
locations�equipments
search criteria for
characteristics :
� values� ranges
� ..........
search criteria for
classes :
� catchwords� description
� ..........
result list for
technical objects :
� master data � technical data
� ..........
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
The object structure depends on the customer’s modeling objectives:
� Functional / Physical Hierarchy
� Logical / Location structures
� Existence of Spatial System
� Level of Detail for Organizations
Functional Location - FL
Region
Voltage
Circuit
Span
Structure
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
The object structure depends on the physical structure of the supply grids:
� Underground/overhead grids
� Meshed/hierarchical grids
The object structure depends on the customer’s modelingobjectives:
� To represent physical structures
� To represent logical structures
� To match the objects with interfaces to geographical information
systems (GIS) or asset management/facility management (AM/FM) systems
Technical Objects in T&D
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
FL - Logical/Location Example
FL – Installed Equipment Example
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
electricity supply grid
Field01
Field02
Field 03
Field01
Field02
Field 03
Field01
Field02
Field 03
Substation ST 435 Substation ST 571
Substation ST 768
Line No. 187
Line No. 189
Line No. 186
Line No. 188
line system with sections
Object link to connect two systemswith different hierarchy
substation withtransformer fields
Example : structuring for a supply grid
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example - Distribution
Highest Level Breakdown By
Division
Distribution Circuit
Municipalities
Networks
Sub-Transmission Circuits
Third Party Work
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example - Distribution
Central Div, Circuits Level Breakdown By Substation
Write Work Against the Substation (Outside Plant)
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example - Distribution
Central Div, Regional Level Breakdown By Municipalities
Write Work Against the Town
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example - Distribution
Central Div, Networks Level Breakdown By Street
Write Work Against the Network Street
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example - Distribution
Central Div, Sub-Transmission Level Breakdown By Voltage
Write Work Against the Circuit - Voltage
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example - OH Transmission
Highest Level Breakdown ByOverhead – Underground
OHCircuitsStructures
UGCathodicPumping PlantsSparesCross Over Cabinets
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example - OH Transmission
Transmission Overhead - Circuits
Write Inspection Work Against the Circuit
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example - OH Transmission
Transmission Overhead – Tower Lines
Write Work Against the Structure
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example - OH Transmission
Transmission Overhead – Spans
Write Tree Related Issues Against the Span
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example – OH Transmission
Transmission Overhead – Structures
Write Work Related Issues Against the Structure
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example – UG Transmission
Transmission Underground – Highest Levels
Cathodic Protection
Pumping Plants
Spares
Cross Over Cabinets
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example – UG Transmission
Transmission Underground – Circuits
Write Work Related Issues Against the Circuit
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example - UG Transmission
Transmission Underground – Pumping Plants
Write Work Related Issues Against the Pumphouse
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
TD Utility Customer Example – UG Transmission
Transmission Underground – Cabinets
Write Work Related Issues Against the Cabinet
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
(sub stations, transformers)
ST 435ST 435ST 435
ST 435-AST 435ST 435--AA
ST 435-BST 435ST 435--BB
ST 435-A-1ST 435ST 435--AA--11
ST 435-A-2ST 435ST 435--AA--22
10006451000645
10008391000839
....
....
.............
Substation Nr. 435
conductor rail A
transformer field 1
transformer 400 kVA
conductor rail B
transformer field 2
transformer 300 kVA
... assemblies and spare parts
... assemblies and spare parts
Functional Location Equipment
Example : structuring for a transformer station
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
(line systems)
.............
L 114L 114L 114
L 114 01L 114 01L 114 01
L 114 02L 114 02L 114 02
P 187P 187
P 188P 188
....
200456200456
203478203478
201569201569
....
Line Nr. 114
section 01 ( 0 ... 14.7 km )
section 02 ( 14.7 ... 26.8 km)
pole Nr. 188
... assemblies and spare parts
pole Nr. 187
pole top
crossarm type XA 24
isolators type IS 45/9
Assembly
Functional Location Equipment
Example : structuring for a line system
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Line
Customer
Segment
Circuits
Transformer
StationTransformer
Equipment
installation
Functional location
hierarchy
Functional location
Equipment
Legend:
GIS Integration
Asset Structure in Transmission
Asset Structure in Distribution
Asset Structure in Work Management
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Technical Installation
0539802
125.256.01
0716192
0539802
125.256.01
0716192
Connection Obj.
Premise
Connection
Premise
Device
Device Loc.Transf.
Connection Obj.
Connection
Device Loc.
Device
Transformer
Transf.Field
Technical Structure for a Connection in SAP
Transf. Field
Technical Installation
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Data Structure Links to Customer Accounts
Transco- Disco Data Modeling
Demostration of SAP / GIS Integration
Integration Methods
Spatial Planning with SAP
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From:
�Vendor Centric Point to Point
�Project Specific
�Limited Dynamic Capability
To:
�Middleware
Now:
�Web Services SOAP Integration
�Decrease Redundant Data
�Two-way Communication
�Spatial Planning of Facilities / Service
�Packaged Content
�Mobile GIS
Spatial Interfacing Needs Have Evolved
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Data mapping with external systems (GIS, NIS)
technical
data
spatially related
technical data
spatial related
data
used by the SAP system
used by the GIS system
Data stored for an asset can be grouped into
� purely technical data (e.g. type of isolator medium)
� spatially related technical data (e.g. length and type of wire)
� purely spatial related data (e.g. x-y coordinates)
SAP system is the
owner of the data
Every system is
responsible for
the updates in the
other one
GIS system is the
owner of the data
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
SAGRES Project
SAGRES Project
Revisiting GeoSpatial Data Usage with SAP
Launched 2005
Engaging Multiple Industries
Leading Partner Community Involved
Use Cases Out Come
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
SAGRES Project
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
SAGRES Concept for Citizen Portal
Help
Show on map:
Map it Track it
Suggest
Go
Report a Problem
Traffic light
Hydrant
Street Lamp
Plants
City projects
+
_
Spatial Rendering of Local Environment
Driving Citizen Notification of Issues
Opens Sticky Note:To report a Problem
Asset/ Layer Scroll
Search Window:
Directional Navigation
Map It: Track It:
Help
Zoooom
Navigation/Preview Area
Search/Tools Area
Shortcut – Legend Search
Report a Problem
Help Street Lamp
Hydrant
Streent Lamp
Street Lamp
Show on map:
Map it Track it
Hydrant
Suggest
Go
Opens Suggestion Note
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Object mapping with external systems (GIS, NIS)
asset structure in R/3
geographical information systemnetwork information system
Transco- Disco Data Modeling
Demostration of SAP / GIS Integration
Integration Methods
ESUG Customer Successes
ESRI Application Interaction
Spatial Planning with SAP
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Demonstrable Scenarios
To show the power of SAP to GIS Integration we have built up several proof of concept scenarios. The scenarios are utilizing SAP and ESRI ARC GIS Server with integration delivered via SAP XI using SOAP communication protocols.
The scenarios demonstrate that;
Information can be shared across business platforms to deliver end to end business processes.
Processes can originate from SAP or GIS side without user knowledge of both applications.
Data can be called and updated from either side.
Complex calculations can be performed and information updated / shared across platform.
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Demonstrable Scenarios
To show the power of SAP to GIS Integration we have built up several proof of concept scenarios. The scenarios are utilizing SAP and ESRI ARC GIS Server with integration delivered via SAP XI using SOAP communication protocols.
The following scenario(s) screen shots demonstrate;
Locating Customer in SAP using call center data, when displaying customer on GIS map within SAP Call Center Window.
Locating Customer in GIS, Retrieving SAP data and displaying in map environment.
Editing Map information for customer connection position, calculating length of service connection cable and send numerical and spatial data update into SAP.
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the Call Center, Locate the Customer
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the Call Center, Select Customer
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Request Location Information for Customer
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Map Is Produced With Customers Home Showing Related Spatial Data
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Scenario 1: Evaluation Path
GISIS-U
Customer BuildingAddress ����
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Scenario 1: System Landscape
Spatial Database
GIS Server
SAP Application Platform
DB
ABAP
J2EE
GIS Client
XI Server
HTTPhttp://gisserver/mapservice/map.aspx?street=myStreet&house_number=myNumber
SAP Front end
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Demonstrable Scenarios
To show the power of SAP to GIS Integration we have built up several proof of concept scenarios. The scenarios are utilizing SAP and ESRI ARC GIS Server with integration delivered via SAP XI using SOAP communication protocols.
The following scenario(s) screen shots demonstrate;
Locating Customer in SAP using call center data, when displaying customer on GIS map within SAP Call Center Window.
Locating Customer in GIS, Retrieving SAP data and displaying in map environment.
Editing Map information for customer connection position, calculating length of service connection cable and send numerical and spatial data update into SAP.
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the ESRI ArcMap Side, Customer is Displayed on Map
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the ESRI ArcMap Toolbar, Activating SAP Structure Tool
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the ESRI ArcMap Side, SAP Structure Tool Using Polygon Selection Method
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the Call Center, Select Group of Customers within Polygon
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the ESRI ArcMap Side, Selected Customer with SAP Data Retrieved for GIS User
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Scenario 3: Read SAP data
Task: Read data from SAP system to get additional information for a GIS object
Problem: Link object from GIS and SAP system
Example: Read data from IS-U data model for a building
Solution: Mapping of data models
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Scenario 3: Data model
Connection objectConnection object
PremisePremise
Address for Building
InstallationInstallation
0539802
125.256.01
0716192
0539802
125.256.01
0716192
Connection obj.Connection obj.
Premise
Connection Connection
Premise
Device Device
Device Loc.Device Loc.
TrafoTrafo
Object link
PolePole
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Scenario 3: Evaluation Path
GIS IS-U Datenmodell
Premise
Connection object
Building
Address ����
data Connection object,
Premise, Installation, Device
Installation
Device
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Scenario 3: System Landscape
Spatial Database
GIS Server
SAP Application Platform
DB
ABAP
J2EE
GIS Client
XI ServerSOAP
XI AdapterServer Proxy
SAP Front end
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Demonstrable Scenarios
To show the power of SAP to GIS Integration we have built up several proof of concept scenarios. The scenarios are utilizing SAP and ESRI ARC GIS Server with integration delivered via SAP XI using SOAP communication protocols.
The following scenario(s) screen shots demonstrate;
Locating Customer in SAP using call center data, when displaying customer on GIS map within SAP Call Center Window.
Locating Customer in GIS, Retrieving SAP data and displaying in map environment.
Editing Map information for customer connection position, calculating length of service connection cable and send numerical and spatial data update into SAP.
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the ESRI ArcMap Side, Editing Customer Map Data for Connection Point
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the ESRI ArcMap Side, Moving Connection Point
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the ESRI ArcMap Side, Moved Connection Point
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the ESRI ArcMap Side, Stop Edit
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the ESRI ArcMap Side, Saving Map Edits to Customer Service Point
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the ESRI ArcMap Side, Updates Being Sent to SAP via XI Integration
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
From the SAP Side, Updates Being Displayed via XI Integration
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Scenario 4: Update SAP data
Task: Changing data in GIS requires an update of corresponding SAP data
Problem: Link object from GIS and SAP system
Example: Modifications of the spatial location of service connection leads to modification of a characteristic of the suppling pole
Solution: Mapping of data models and object key value
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Scenario 4: Data Model
TransformerTransformer
PolePole
Count of supplied
connections
Count of supplied
connections
Length of cable toconnections
Length of cable toconnections
Transformer with all supplied buildings and
cable length
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Scenario 4: Evaluation Path
Value Mapping
GIS
PM data model
Functional Location
Equipment
Service Point
Transformer ID, Service points,
Cable Length ����Transformer
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Scenario 4: System Landscape
Spatial Database
GIS Server
SAP Application Platform
DB
ABAP
J2EE
GIS Client
XI ServerSOAP
XI AdapterServer Proxy
SAP Front end
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Additional Demonstrable Scenarios
From the SAP Customer Interaction Center;
Identify the SAP Technical Object Record for the Customers Pole Supplying Power.
Mark the Customer as Inactive / Active and Reflect Change of Service Status on the GIS Map View.
Transco- Disco Data Modeling
Demostration of SAP / GIS Integration
Integration Methods
Spatial Planning with SAP
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
Spatial Planning
Initial Offering
�Traditional Tabular Approach
Energy East Customer Live Since 4/2005
New Release Project In Works
�Spatial Design Approach
Multiple Customers Providing Input
Geo Data Base
SAP EAM
B
A
D
ICU
Estimate
Engine
SAP AG 2006, GIS Integration , Rory Shaffer SAP Labs LLC
� No part of this publication may be reproduced or transmitted in any form or for any purpose without the express permission of SAP AG. The information contained herein may be changed without prior notice.
� Some software products marketed by SAP AG and its distributors contain proprietary software components of other software vendors.
� Microsoft, Windows, Outlook, and PowerPoint are registered trademarks of Microsoft Corporation.
� IBM, DB2, DB2 Universal Database, OS/2, Parallel Sysplex, MVS/ESA, AIX, S/390, AS/400, OS/390, OS/400, iSeries, pSeries, xSeries, zSeries, z/OS, AFP, Intelligent Miner, WebSphere, Netfinity, Tivoli, and Informix are trademarks or registered trademarks of IBM Corporation in the United States and/or other countries.
� Oracle is a registered trademark of Oracle Corporation.
� UNIX, X/Open, OSF/1, and Motif are registered trademarks of the Open Group.
� Citrix, ICA, Program Neighborhood, MetaFrame, WinFrame, VideoFrame, and MultiWin are trademarks or registered trademarks of Citrix Systems, Inc.
� HTML, XML, XHTML and W3C are trademarks or registered trademarks of W3C®, World Wide Web Consortium, Massachusetts Institute of Technology.
� Java is a registered trademark of Sun Microsystems, Inc.
� JavaScript is a registered trademark of Sun Microsystems, Inc., used under license for technology invented and implemented by Netscape.
� MaxDB is a trademark of MySQL AB, Sweden.
� SAP, R/3, mySAP, mySAP.com, xApps, xApp, SAP NetWeaver and other SAP products and services mentioned herein as well as their respective logos are trademarks or registered trademarks of SAP AG in Germany and in several other countries all over the world. All other product and service names mentioned are the trademarks of their respective companies. Data contained in this document serves informational purposes only. National product specifications may vary.
� These materials are subject to change without notice. These materials are provided by SAP AG and its affiliated companies ("SAP Group") for informational purposes only, without representation or warranty of any kind, and SAP Group shall not be liable for errors or omissions with respect to the materials. The only warranties for SAP Group products and services are those that are set forth in the express warranty statements accompanying such products and services, if any. Nothing herein should be construed as constituting an additional warranty.
Copyright 2006 SAP AG. All Rights Reserved