Optimal svc placement for minimization of transmission losses
1. Guided by- Presented by-
Mr. Bharat Bhusan Jain Rajvardhan Singh
HOD 10EAIEE042
DOEE VIII SEM EE
2. What is FACTS
Need of FACTS
Benefits of Utilizing FACTS devices
One-line diagram of A Power System
Classification of FACTS devices
Static VAR compensation in Transmission line
Types of SVC
Project of FACTS
Conclusion
Future Scope
Bibliography
3. Flexible AC Transmission System
Defined by Hingoraui N.g in 1998
Based on Power Electronics
Developed to improve the performance of line
Applicable on both parallel and series
connections
5. • Better Utilization of existing transmission system assets
• Increased transmission system reliability and availability
• Increased dynamic and transient grid stability and reduction of
loop flows
• Increased quality of supply for sensitive industries
• Environmental benefits
11. In Operation since ... Country Project
2008 Australia Greenbank & South Pine
2007 Australia
Refurbishment:
Railways & Nebo
2006 Denmark Radsted
2006 USA Devers
2006 USA Porter & Ninemile
2004 Germany Siems
2002 Brazil Bom Jesus da Lapa
12. Help to improve performance
Better coordination of controls
across the grid
Wide area monitoring and control
13. Voltage Source Converter(VSC)
Technology
SiC Technology
Supersede Silicon Technology
14. James A. Momoh, Electric Power System Application of
Optimization, Marcel Dekkar, New-York, 2001
MA PAI, Computer Techniques in Power System Analysis,
Tata McGraw-Hill New Delhi 1979
P Preedavichit and S C Srivastava “Optimal reactive power
dispatch considering FACTS devices” Electric Power System
Analysis 46, 1998
Stephen G Nash and Ariela Sofer, Linear and Nonlinear
Progamming McGraw-Hill, New York, 1996
X-P Zhang and EJ Handchin, “Optimal Power Flow Control by
Converter base FACTS Controller,” IEE AC-DC Power
Transmission, November 2001