References
[1]. G. Yesuratnam, and D. Thukaram, (2006).
“Congestion management in open access based on
relative electrical distances using voltage stability
criteria”. International Journal of Electric Power Systems
Research, Vol.77, pp.1608-1618.
[2]. P. Nagendra, Sunitha Halder Nee Dey, Datta, and S.
Paul, (2014). “Voltage stability assessment of a power
system incorporating FACTS controllers using unique
network equivalent”. Ain Shams Engineering Journal,
Vol.5, pp.103-111.
[3]. P. Balachennaiah, M. Suryakalavathi, and P.
SurehBabu, (2014). “Optimal location of SVC for real
power loss minimization and voltage stability
enhancement using harmony search algorithm”.
International Journal of Electrical Engineering and
Technology, Vol.5, pp.26-34.
[4]. HW. Dommel, and TF. Tinny, (2002). “Optimal power
flow solution”. IEEE Transactions on Power Apparatus and
Systems, Vol,30, No.5, pp.469-83.
[5]. D. Sun, et. al, (1984). “Optimal power flow by Newton
approach”. IEEE Transactions on Power Systems, Vol.103,
pp.2864-2875.
[6]. P. Ristanovic, (1996). “Successive linear programming
based optimal power flow solution, optimal power flow
solution techniques, Requirements and Challenges”. IEEE
Power Engineering Society.
[7]. J.L Martinez, A. Ramous, G. Exposito, and V.
Quintana, (2005). “Transmission loss reduction by Interior
point methods: Implementation issues and practical
experience”. IEEE proc.on Generation, Transmission and
Distribution, Vol.152, pp.90- 98.
[8]. M. Noroozian, L. Angquist, M. Ghandhari, and G.
Anderson, (1997). “Use of UPFC for Optimal power flow controller”. IEEE Trans. on Power Delivery, Vol.12, pp.1629-
1634.
[9]. G. Glanzman, and G. Anderson, (2005).
“Coordinated control of FACTS based on optimal power
th flow”. In Proc. 37 Annual North American Power
Symposium, IA., pp.23-25.
[10]. V. Ajjarpu, and C. Christy, (1992). “The Continuation
power flow: A tool for Steady state voltage stability
analysis”. IEEE Trans. on Power System, Vol.7, pp.416-423.
[11]. F. Milano, C.A. Canizares, and A.J. Conejo, (2005).
“Sensitivity-based security constrained OPF market
clearing model”. IEEE Trans. Power Syst., Vol.20, pp.2051-
2060.
[12]. M.A. Abido, (2002). “Optimal Power flow using
Particle Swarm Optimization”. International Journal of
Electric Power Energy Systems, Vol.24, pp.563-71.
[13]. M.A. Abido, (2002). “Optimal power flow by using
tabu search algorithm”. International Journal of Electric
Power Components and Systems, Vol.30.
[14]. M. Tripathy, S. Mishra, L.L. Lai, and Q.P. Zhang,
“Transmission Loss reduction on FACTS and Bacteria
Foraging Algorithm”. LNCS, Vol.4193, pp.222-231.
[15]. A.A. El Ela, M.A. Abido, and SR. Spea, (2010).
“Optimal power flow using differential evolution
algorithm”. International Journal of Electrical Power
System Research, Vol.80, pp.878-85.
[16]. D. Godwin Immanuel, G. Selvakumar, and C.
Christober Asir Rajan, (2014). “Differential Evolution
algorithm based optimal reactive power control for
voltage stability improvement”. International Journal of
Applied Mechanics and Materials, Vol.448-453,
pp.2357-2362.
[17]. Serhat Duman, Ugur Guvenc, Yusuf Sonmez, and
Nuran Yorukeren, (2012). “Optimal power flow using
gravitational search algorithm”. International Journal of
Energy Conversion and Management, Vol.59, pp.86-95.
[18]. X.S. Yang, (2008). Firefly Algorithm in Nature Inspired
Meta-heuristic Algorithm. Beckington, UK, Lunever Press,
pp.81-89.
[19]. M.H. Sulaiman, M.W. Mustafa, Z.N. Zakaria, O. Alimano, and S.R.A. Rahim, (2012). “Firefly algorithm
technique for solving Economic dispatch problem”.
Power Engineering and Optimization Conference,
Melaka, Malaysia, pp.6-7.
[20]. B. Venkateswararao, and G. Venakatanagesh
Kumar, (2014). “Optimal location of thyristor controlled
series capacitor to enhance power transfer capability
using Firefly algorithm”. International Journal of Electric
Power Components and Systems, Vol.42, pp.1541-1552.
[21]. P. Balachennaiah, M. Suryakalavathi, and P.
Nagendra, (2016). “Optimizing real power loss and
voltage stability limit of a large transmission network using
firefly algorithm”. Engineering Science and Technology
an International Journal, Vol.19, No.2, pp.800-810.
[22]. N. Thasnas, and A. Siritaratiwat, (2015). “Static
voltage stability margin Enhancement using shunt
capacitor, SVC and STATCOM”. Applied Mechanics and
Materials, Vol.781, pp.288-291.
[23]. P. Nagendra, Sunita Halder Nee Dey and Subrata
Paul, (2015). “Location of static VAR compensator in a
multi-bus power system using unique network equivalent”.
International Journal of Advances in Energy Research,
Vol.3, pp.235-249.
[24]. A. Bhattacharya, and P.K. Chatopadhyay, (2011).
“Application of biogeography based optimization to solve
different optimal power flow problems”. IET, Generation,
Transmission and Distribution, Vol.5, No.1, pp.70-80.
[25]. D. Thukaram, and A. Lomi, (2000). “Selection of static
VAR compensator location and size for system voltage
stability improvement”. International Journal of Electrical
Power Systems Research, Vol.54, pp.139-150.
[26]. K. Visakha, D. Thukaram, and Lawrence Jenkins, (2004). “Application of UPFC for system security
improvement under normal and network contingences”.
International Journal of Electric Power Systems Research,
Vol.70, pp.46-55.
[27]. M. Tripathy, and S. Mishra, (2007). “Bacteria Foraging
based solution to optimize both real power loss and
voltage stability limit”. IEEE Trans. on Power Systems,
Vol.22.
[28]. Enrique Acha, R.Claudio, Feurte Esquivel, Hugo
Ambritz-perez, cesar Angeles, and Camacho, (2004).
Modeling and Simulation in Power Network. John Wiley
and Sons Ltd.
[29]. Iztok Fister, Iztok Fister Jr, Xin-She Yang, and Janez
Brest, (2013). “A comprehensive review of firefly
algorithms”. International Journal of Swarm and
Evolutionary Computation, Vol.13, pp.34-46.
[30]. K. Lenin, B. Ravindranath Reddy, and M.
Suryakalavathi, (2016). “Hybridization of Firefly algorithm
and water wave algorithm for solving reactive power
problem”. International Journal of Engineering Research
in Africa, Vol.21, pp.165-171.
[31]. N.F. Johari, A.M. Jain, M.H. Noorfa, and A. Udin,
(2013). “Firefly algorithm for optimization problem”.
Applied Mechanics and Materials, Vol.421, pp.512-517.
[32]. University of Washington. Power Systems Test Case
Archive. Retrieved from http://www.ee.washington.edu/
research/pstca [accessed 21.01.08].
[33]. A. Lashkar Ara, J. Aghaei, M. Alaleh, H. Barati,
(2013). “Contingency based optimal placement of
Optimal Unified Power Flow Controller (OUPFC) in Electrical
Energy Transmission System”. Scientia Iranica, Vol.20,
No.3, pp.778-785.
