1. Ramón Cerero Ana Gzlez Bordagaray Mikel Abendaño
26 junio 2002
Integration of Control Centre and Power Quality Information at IBERDROLA
Ramón Cerero
Ana Gzlez Bordagaray
Mikel Abendaño

2. Index Iberdrola: Company introduction Need for iPODAC
26 junio 2002
Index
Iberdrola: Company introduction
Need for iPODAC
Interfaces with other systems
Architectural Design
User Interface
Conclusions and further developments

3. Company Introduction Main numbers:
26 junio 2002
Company Introduction
BILBAO
Main numbers:
VALLADOLID
9,3 Million Customers.
8 Control centres distributed along Spanish territory
(formerly 37 in 1997)
MV outages, planned jobs
900 Substations (all telecontrolled) telecontrolled locations in MV Feeders.
Transformation Capacity : MW (MV) MVA(LV)
6.000 HV/MV Feeders
MV/LV Transformers.
CACERES
MADRID
VALENCIA
TOLEDO
ALICANTE
MURCIA

4. 26 junio 2002
Why was iPODAC needed?
General reingeneering. Grouping of control centres and systems, Implementation of new systems (DMS, Maintenance) and demand for information all around the company
Need for Integration (SCADA/DMS, AM/FM/GIS, MAINTENANCE/RELIABILITY, CIS)
Need for real time information (Maintenance, operation) and historical data (planning, maintenance, operation, management).
Web technologies: Corporate access from anywhere, small bandwidth requirement, friendliness.
New regulation requirements (exoneration, customer discounts, auditability, etc..)

5. RELIABILITY AND MAINTENANCE Outages Information for
26 junio 2002
iPODAC Interfaces
SAP environment
RELIABILITY AND MAINTENANCE
(GAMAD system)
Real time Data
Outages/jobs history
Quality of service indexes
Other Statistical reports
iPODAC
GIS/AM/FM
(Sigrid system)
Network Model
&
Inventory
Outages Information for
Bill Discounts
CIS
(Customer Bills)
Outages, calls,
Quality of service
information...
WEB ACCESS to
iPODAC through the
Browser
Field Orders
Measurements
Counters
(SCADA/DMS/EMS)

6. 26 junio 2002
Architectural Design

7. User Interface Web Based Aproach user interface:
26 junio 2002
User Interface
Web Based Aproach user interface:
Easy to access from anywhere inside/outside the company
User Friendly interface.
Future oriented (mobile access, internet,…)
Flexible design.
Currently Following Functionality implemented:
Real time outages (Maintenance, operation).
Historic outages (planning, maintenanace, operation, management).
Quality of service indexes (Indexes such as TIEPI, NIEPI, individual Quality of Service)
Tracking of exoneration
Other general statistical reports (number of outages, Calls. Response times, expected & quality tendency, etc…)
SMS sending.

8. 26 junio 2002

9. 26 junio 2002

10. Final Conclusions Success Based in User experiences and comments
26 junio 2002
Final Conclusions
Success Based in User experiences and comments
True improvements: systems management and maintenance, flexibility for changes, users satisfaction with solution.
Future objectives:
Mobile access, planned outages, graphic visualization of results (map like), improvements based on new quality of service regulation requirements
Connection with other Web systems (SCADA alarms, Maintenance reports, etc..)

11. 26 junio 2002
Contact Information
Ramón Cerero
Ana Gzlez. Bordagaray
Mikel Abendaño