SathansS,Swarup A.Intelligent load frequency control of two-area interconnected power system and comparative analysis[C]//IEEE-International Conference Communication Systems and Network Technologies.2011:360-365.
[6]
Bevrani H,Daneshmand P R.Fuzzy logic-based load-frequency control concerning high penetration of wind turbines[J].IEEE Systems Journal,2012,6(1):173-180.
Ravi S K,Chatterjee T,Chatterjee K.Genetic algorithm based controller for load-frequency control of interconnected systems[C]//IEEE-International Conference Recent Advances in Information Technology.2012:392-397.
[10]
倪琳娜.含风电电力系统的自动发电控制研究[D].武汉:华中科技大学,2011.
[11]
Jadhav A M,Toppo E T,Vadirajacharya K.Load frequency control based on particle swarm optimization in a single area hydro power system under various heads[C]//IEEE-International Conference Advances in Engineering,Science and Management,2012:63-67.
[12]
Hou Guolian,Qin Lina,Zheng Xinyan,et al.Design of PSO-based fuzzy gain scheduling PI controller for four-area interconnected AGC system after deregulation[J].IEEE-International Conference Advanced Mechatronic Systems,2011:72-76.
[13]
Daneshfar F,Bevrani H,Mansoori F.Bayesian networks design of load-frequency control based on GA[J].IEEE-International Conference on Control,Instrumentation and Automation.2011,315-319.
[14]
Hang Chiafeng,Lu Chunfeng.Power system load frequency control with fuzzy gain scheduling designed by new genetic algorithms[C]//IEEE International Conference Fuzz-IEEE.2002, 64-68.
[15]
Rao C S.Adaptive neuro fuzzy based load frequency control of multi area system under open market scenario[C]//IEEE-International Conference Advances in Engineering Science And Management.2012:5-10.
[16]
Sinha S K,Prasad R ,Patel R N.PSO tuned combined optimal fuzzy controller for AGC of two area interconnected power system[C]//IEEE-International Conference Nature & Biologically Inspired Computing.2009:537-542.
Ashok M J,Elijah T T, Vadirajacharya D K.Load frequency control based on particle swarm optimization in a single area hydro power system under various heads[C]//IEEE-International Conference On Advances In Engineering.Science And Management.2012:63-67.
[21]
Umrao R,Kumar S,Mohan M,et al.Load frequency control methodologies for power system[C]//IEEE-International Conference on Power,Control and Embedded Systems.2012:1-10.
[22]
Usman A,Divakar B P.Simulation study of load frequency control of single and two area systems[J].IEEE-International Global Humanitarian Technology Conference,2012:214-219.
[23]
Banakar H,Luo Changling,Boon T O.Impacts of wind power minute-to-minute variations on power system operation[J].IEEE Transactions on Power Systems,2008(23):150-160.