1. GIS/AM/FM Solution for The Complex and Comprehensive
We are Proud to Welcome the Particpant of the Conference
GIS/AM/FM Solution for The Complex and Comprehensive
Electrical Network Management
ISMAIL SYED SHAMSUDDIN, TECHNICAL & MARKETING MANAGER
STAR ME, Saudi Arabia 1

2. TABLE OF CONTENTS Introduction Challenges
Aim & Objectives of the Project
Goals and Methods Adopted
Levels of Projects
Systems Developed
Overview of the Systems
Conclusion

3. Introduction
In Yesterday topics Lectures of IWPP, KUWAIT for Building Infrastructure in of KUWAIT depends on availability of adequate infrastructure to its sustain growth and tangible benefits depends on the best practices that is adopted to the KUWAIT ENVIORNMENT
My topic will be covering the Utilities Section of the Environment which is influencing the Geographical Locations.
Most AM/FM/GIS electric power studies and analysis applications were developed for electrical distribution systems analysis and design. AM/FM/GIS was used as a component of a full-featured Distribution Automation system Other applications tackled the problem of designing the electrical supply system for new residential development
GIS was also used to rebuild the design of the whole work procedures in electric utilities
GIS and Automated Mapping and Facilities( GIS/AM/FM) are also integrated for mapping and analysis of electric distribution as Enterprise methods.

4. Challenges
As modern technologies arise, power utilities are seeking new methods to improve system reliability, power quality and satisfaction in Implementing and Awarding the contractors.
High quality of the power can only be achieved if the system losses are at their minimum level and the voltage level is within an acceptable range.
In order to reach an optimal solution of the problem presented above, it is necessary to perform a large number of scenarios and output analyses for both the economical and the technical grounds.
The system models for this analysis is derived from a large database model. Thus a powerful data management tool with query, analyses and interfaces capabilities is a major necessity for the complete solution of the problem.
Automated Mapping, Facilities Management and Geographic Information System (AM/FM/GIS) provide a real solution to the management of the data required for engineering analyses.

5. AIMS and OBJECTIVES OF THE PROJECT
SAUDI ELECTRICAL COMPANY SAUDI ARABIA, WHICH MANAGES THE ELECTRICAL DISTRIBUTION/TRANSMISSION AND GENERATION NETWORKS FOR THE WHOLE KINGDOM OF SAUDI ARABIA
THE EASTERN REGION HAS IMPLEMENTED THE GIS/AM/FM SOLUTION WITH INTEGRATION OF POWER ANLAYSIS tools FOR BETTER MANAGABILITY
DAY TO DAY OPERATIONAL METHODS ARE AUTOMATED FOR BETTER SERVICES and prompt action
THE APPLICATION AIM TO DRAW AUTOMATED MAPS COVERING COMMON SEQUENCE OF PROCEDURES
( DESIGNING, C REATION, OPERATION AND MAINTEANCE )

6. Levels Adopted in the Projects
Level one, designing and creating to help map drawer and to implement various options including connecting electricity to the customers.
Level two, is an application aimed at performing query using various options and displaying different charts in order to analyze the electricity network and print reports.
Level three, using the system through Ethernet and Internet, used by the Eastern Zone Distribution Sector staff which includes the head quarter, Distribution Engineering Department and Electricity Department in Dammam covering Electricity Services Office in Al-Khobar and Qattif.
One of the most important applications is managing electricity network, creating a new network, performing queries on the network, handling base map and creating single line diagram. In addition, performing an estimation cost for the new projects and linking data with PSS/engine. Among the other used application is callout system, Mainteance and Operation which helps company staff determine the location of the customer quickly

7. System Developed The Application Templates
Project Management Simulation and updating
Locating and Updating the Electrical features or components
Tracing
Schematic Generation
Accumulation of Load
Voltage Drop
Switching Order
Integration of Electrical Analysis Tools 1

8. Overview for GIS Elec Layout Simple User Friendly enviornment
Object oriented application with a list of specific equipments of the network
For every equipment, specific toolbar to Manage the network.

9. Project Management Management of projects Can be maintained:
Contractors approval process
Classification of Contractors
Types of Applicable Contracts
Evaluation Systems for Contractors Performance
Safety and health standards and practices 
Economic analyses and forecasts 
Environmental requirements and opportunities
Risk management
Project management  1

10. Creating aproject around a features
In the attribute record form, give a name to your project (so that you can easily retrieve it later in the demonstration) : e.g.=”My demo project” 1

11. Project computing 1

12. Generating Work Orders
You HAVE TO generate Works Orders for your project. This is a mandatory operation prior to access to Work Orders functionalities. Click on the “Work Order Generation” button.
Work orders are generated for the different assemblies of your project. Choose a contractor for each work order. 1

13. Print Work Orders
Once a Work Order is selected, you can print one of the following reports
- Material issue request Bill (you will have to select a sub-account first) Work Order Labor Work Order Labor Contractor Work Order Labor Bill 1

14. Searching for equipments or customer location (2)
Finding and Locating Substations, CABLES and others features/ Components of information 1

15. Searching for equipments or customer location (1)
Identifying the Parcel Information
Note:
It took hours to do manually.
Result:
With GIS we can find the details in less than one minute 1

16. You can search using any of these criteria
Searching for equipments or customer location (1)
You can search using any of these criteria
City
Municipality
District
Plan No.
Parcel No.
Parcel Water
Electricity Meter 1

17. Tracing (1)
In the Elec tools menu, select the « Analyses » sub-menu and « Tracing » sub-menu , then « Gridstation to Substation » command

18. Schematic ( SLD ) Diagrams Dynamically Created/Updated

19. Accumulation of load
Accumulate customer load to mini-pillar. This function trace all the meters connected to a mini-pillar, sums the loads of each customer and stores this value in the appropriate attribute of the mini-pillar database record. A diversity factor is applied during the load summation efforts to estimate the mini-pillar loads more accurately…
This function operates for:
MINIPILLAR : one single mini-pillar graphically selected on screen
AREA : all mini-pillar graphically selected on screen
TRANSFORMER : all mini-pillars supplied by a transformer selected
SUBSTATION : all mini-pillar supplied by a substation selected
FEEDER: all mini-pillar supplied by a feeder selected 1

20. Voltage drop
Voltage drop MV calculation. This function calculates the voltage drop on MV cables and lines feeding from a feeder graphically selected on screen. The MV cables voltage drop is calculated by using the length and impedance of the MV cables and the accumulated loads 1

21. Integrated Electric Network calculation
- Switching load studies - Power flow calculation Integration of Electrical Analysis Software's ETAP PTI OTHERS 1

22. Switching Order 22

23. Conclusion
Sustainable Growth of the Electrical Networks is Maintained by Designing, Installing and Maintaining the Infrastructure more precisely
More Efficient and Effective of services to the Community
Achieving a pragmatic & systematic approach in resolving the challenges .