References
[1]. Lim PK, Dor DS, (2000), “Understanding and resolving
voltage sag related problems for sensitive industrial
customers,” IEEE Power Eng Soc Winter Meet, 4:2886–90.
[2]. Omar Rosli, Rahim NA, (2010), “Mitigation of voltage
swells disturbances in low voltage distribution system using
dynamic voltage restorer,” Journal on Asian Power
Electron, 4(3).
[3]. Bollen MHJ, (2006), “Understanding power quality
problems,” Piscataway, NJ, IEEE Press.
[4]. Moreno-Munoz Antonio, (2006), “Quality Power.
Mitigation technologies in distribution environment,”
Springer-Verlag London limited.
[5]. J. Praven, B. Muni, S. Venkatesh, H. Makthal, (2004),
“Review of Dynamic Restorer for Power Quality
Improvement,” IEEE Industrial Electronics Society
Engineering Society Conf.., pp. 749–54.
[6]. Dash PK, Padhee Malhar, Barik SK, (2012), “Estimation
of power quality indices in distributed generation systems during power islanding conditions,” Int.., Journal Electrical
Power Energy, 36:18–30.
[7]. Ghosh A, Ledwich G, (2002), “Compensation of
distribution system voltage using DVR,” IEEE Trans.., Power
Delivery, 17(4):1030–6.
[8]. McGraw Hill, Dugan RC, McGranaghan MF, Beaty
HW, (2006), “Electric power systems quality,” 2nd Edition,
New York.
[9]. Padiyar KR, (2007), “Fact's controllers in transmission
and distribution,” New Delhi, New Age International.
[10]. Hossein SH, Bannei MR, (2004), “A new minimal
energy control of the DC Link energy in four-wire dynamic
th voltage restorer,” In 30 Annual Conference of the IEEE
Industrial Electronics Society, November 2–6, Busan,
Korea.
[11]. Ramkumar S, Kamaraj V, Thamizharasan S,
Jeevananthan S, (2012), “A new series parallel switched
multilevel dc-link inverter topology,” Int.., Journal
Electrical Power Energy,36:93–9.
[12]. Daehler P, Affolter R, (2000), “Requirements and
solutions for dynamic voltage restorer,” A case study. IEEE
Power Eng.., Soc.., Winter Meet 4:2881–5.
[13]. Nielsen JG, Blaabjerg F, (2005), “A detailed
comparison of system topologies for dynamic voltage
restorer,” IEEE Trans.., Ind.., Appl.., 41(5):1272–80.
[14]. Vilathgamuwa MA, Ranjithperera AD, Choi SS,
(2002), “Performance improvement of the dynamic
voltage restorer with closed- loop load voltage and
current-mode control,” Power Electron 17(9):824–34.
[15]. Choi B, Li D, Vilathaguwa DM, (2002), “Design and
analysis of the inverter side filter used in the dynamic
voltage restorer (DVR),” IEEE Trans.., Power Delivery,
17(6):1058–66.
[16]. Ramasamy M, Thangavel S, (2012), “Photovoltaic
based dynamic voltage restorer with power saver capability using PI controller,” Int.., Journal Electrical
Power Energy, 36:51–9.
[17]. Chung Yop, Park Sang-Young, (2001), “The control
and analysis of zero sequence components in DVR
system,” Power Eng.., Soc.., Winter Meet 3:1021–6.
[18]. P.K.W. Chan, K.K.S. Leung, H.S.H. Chung, S.Y.R. Hui,
(2006), “Boundry Controller for Dynamic Voltage Restorer
to Achieve Fast Dynamic response,” IEEE conf..,
p.1379–84.
[19]. Ezoji H, Sheikholeslami A, Rezanezhad M Livani H,
(2010), “A new control method for dynamic voltage
restorer with asymmetrical inverter legs based on fuzzy
logic controller,” Simulation Model Practical Theory,
806–19.
[20]. Marei MI, EI-Saadany EF, Salama MMA, (2007), “A
new approach to control DVR based on symmetrical
components estimation,” IEEE Trans.., Power Delivered
22(1):2017–24.
[21]. Li YW, Vilatgamuwa DM, Loh PC, Blaabjerg F, (2007),
“A dual functional medium voltage level DVR to limit
downstream fault currents,” IEEE Trans.., Power Electron,
22(4):1330–40.
[22]. Carl NM, Ho Henry, Chaung SH, (2007), “Fast
dynamic control scheme for capacitor supported
dynamic voltage restorer design issue,” Implementation
and Analysis, IEEE.
[23]. Kasuni Parera, Daniel Salomon, Arulampaiam,
Atputharajah Sanath Alahakoon, (2006), “Automated
control technique for a single phase dynamic voltage
restorer,” IEEE.
[24]. Senthil Kumar N, Gokulakrishnan J, (2011), “Impact
of FACTS controllers on the stability of power systems
connected with doubly fed induction generators,” Int..,
Journal Electrical Power Energy, 33:1172–84.