Subject Areas : Renewable energies and Smart grids
abbas asadi karam
1
,
Mahdiyeh Eslami
2
,
mehdi -jafari -shahbazzadeh
3
1 -
2 -
3 -
Keywords:
Abstract :
[A1] Gomes, P. and Chipp, H. J. 2003. Brazilian defense plan against extreme contingencies. IEEE Qual and Security of Electrical Power Delivery Systems. 181-186.
[A2] Ladhani, S. S. and Rose hart, W. 2005. Criteria for Load Control when Considering Static Stability Limits.IEEE Power Engineering Society General Meeting, 2(1): 1558-1562.
[A3] Nakawiro, W. and Erlich, E. 2009. Optimal Load Shedding for Voltage Stability enhancement by Ant Colony Optimization. Intelligent System Applications on Power Systems, 1-6.
[A4] Nizam, M., Mohamed, A. and Hussain, A. 2007. An adaptive undervoltage load shedding against voltage collapse based power transfer index. Journal of Electrical Engineering & Technology. 2(4): 420-427.
[A5] Parniani, M. and Nasri, A. 2006. SCADA based under frequency load shedding integrated with rate of frequency decline.IEEE Power Engineering Society General Meeting, 1.
[A6] Qiu, B. 2002. Next generation information communication infrastructure and case studies for future power systems. Ph.D. dissertation, The Faculty of the Virginia Palytechnic Institute and State University.
[A7] Sadati, N., Amraee, T. and Ranjbar, A. M. 2009. A global Particle Swarm-based-Simulated Anneling Optimizaton technique for Under Voltage load Shedding problem. Applied soft computing. 652-657.
[A8] Seyedi, H., Sanaye-Pasand, M. and Dadashzadeh, M. R. 2006.Design and Simulation of an adaptive Load Shedding Algorithm using a real network.Power India Conference.
[A9] Terzija, V. V. 2006 .Adaptive Underfrequency Load Shedding Based on the Magnitude of the Disturbance Estimation. IEEE Transactions on Power Systems21(3).
[A10] Xiong, X. and Li, W. 2006. A New under frequency load shedding scheme considering load frequency charactristristics.International Conference on Power System Technology 2006, PowerCon 2006, 1: 1-4.