Volume 18, Issue 1 (March 2022)  

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XML Singular Perturbation Theory for PWM AC/DC Converters: Cascade Nonlinear Control Design and Stability Analysis
P. 2013-2013
Y. Mchaouar , A. Abouloifa , I. Lachkar , H. Katir , F. Giri , A. El Aroudi , A. Elallali , C. Taghzaoui
Abstract (3170 Views) | Full-Text (PDF) (1477 Downloads)   |   Highlights
  • This is the first time that a rigorous and complete analysis of the dynamics of the open-loop AC/DC converters has been carried out to examine the power factor correction. Previous researches missed an open-loop formal study. For this purpose, a relationship among inductance, capacitance, and parasitic resistances (which were ignored in most previous studies) is established using the singular perturbation technique.
  • It is formally proven in this study that the control objectives (i.e. Power Factor Correction and DC voltage regulation) are successfully accomplished by a systematic theoretical analysis focusing, for the first time, on new techniques such as three-time scale singular perturbation and averaging theory. Previous researches lacked a closed-loop formal analysis.
  • In contrast to many studies that rely on traditional methods (sliding mode, backstepping, passivity, etc.), this paper presents a new control approach based on the multi-time scale singular perturbation technique for performance analysis and control. This technique has recently attracted a lot of interest thanks to the multi-time scale nature of static power converters.


XML Multiple Electricity Markets Competitiveness Undergoing Symmetric and Asymmetric Renewables Development Policies
P. 2014-2014
S. A. Mozdawar , A. Akbari Foroud , M. Amirahmadi
Abstract (2457 Views) | Full-Text (PDF) (1193 Downloads)   |   Highlights
  • The impact of symmetric and asymmetric RES development policies on the potential of exercising market power within MEMs is investigated. Something that to the best of our knowledge has not been investigated in previous studies.
  • The effect of increasing the integration of the markets on market competitiveness in the presence of different policies on RES penetration within MEMs is analyzed.
  • A stochastic multi-objective decomposition method is used in the agent-based simulation framework to analyze the power plants' behavior and markets. The use of a multi-master problem in the agent-based simulation has not yet been performed in the power system.


XML Dual Band-Notched Microstrip-Fed UWB Antenna for Wearable Medical Applications
P. 2062-2062
F. Bahmanzadeh , F. Mohajeri
Abstract (2477 Views) | Full-Text (PDF) (1210 Downloads)

XML Hybrid k-means-PSO Technique for Transformer Insulation Moisture Determination in the Production Stage Based on Frequency Response Analysis
P. 2072-2072
M. Bigdeli
Abstract (2215 Views) | Full-Text (PDF) (1024 Downloads)

XML Robust Operation Planning With Participation of Flexibility Resources Both on Generation and Demand Sides Under Uncertainty of Wind-based Generation Units
P. 2079-2079
A. Mansoori , A. Sheikhi Fini , M. Parsa Moghaddam
Abstract (2058 Views) | Full-Text (PDF) (1075 Downloads)   |   Highlights
  • Separating generation resources in form of quick and non-quick-act generation units, based on their speed response in order to make optimal use of their ramping capacity.
  • The optimal design of demand response programs in day-ahead scheduling as flexibility resources in demand side for enhancing system flexibility, including incentive and time-based programs.
  • Using two-stage and tri-level adaptive robust optimization based on the column-and-constraint generation (CCG) decomposition method for mentioned day-ahead scheduling problem, which, due to the existence of optimality primal cuts of the problem type, has a high convergence speed.


XML A Novel Protection Method for UPFC Compensated Transmission Line Based on Cooperative Game Theory
P. 2082-2082
M. Khalili , F. Namdari , E. Rokrok
Abstract (2446 Views) | Full-Text (PDF) (1078 Downloads)   |   Highlights
  • A novel single-end protection scheme for the compensated transmission line based on traveling waves;
  • impact of UPFC on traveling waves passing through a connection point of UPFC;
  • The effect of UPFC's harmonic and switching on traveling wave-based protection;
  • This article employed the game theory to discriminate the detected traveling waves.


XML A Novel Droop-based Control Strategy for Improving the Performance of VSC-MTDC Systems in Post-Contingency Conditions
P. 2114-2114
S. M. Alavi , R. Ghazi
Abstract (2450 Views) | Full-Text (PDF) (1072 Downloads)

XML Fuzzy Grasshopper Optimization Algorithm: A Hybrid Technique for Tuning the Control Parameters of GOA Using Fuzzy System for Big Data Sonar Classification
P. 2131-2131
A. Saffari , S. H. Zahiri , M. Khishe
Abstract (2832 Views) | Full-Text (PDF) (1409 Downloads)   |   Highlights
  • Obtain real dataset from sonar;
  • Provide a new and combined technique to obtain effective GOA parameters.


XML View-Invariant and Robust Gait Recognition Using Gait Energy Images of Leg Region and Masking Altered Sections
P. 2140-2140
A. Karizi , S. M. Razavi , M. Taghipour-Gorjikolaie
Abstract (2034 Views) | Full-Text (PDF) (855 Downloads)

XML Securing Reliability Constrained Technology Combination for Isolated Micro-Grid Using Multi-Agent Based Optimization
P. 2180-2180
P. Paliwal
Abstract (2556 Views) | Full-Text (PDF) (1056 Downloads)   |   Highlights
  • Incorporation of multi-state output model of RES-based generators in system planning. The multi-state model integrates respective forced outage rates (FOR) of generators as well as climatological parameters.
  • Development of a reliability-constrained planning framework for determination of component sizes.
  • Consideration of different technology combinations and their assessment based on reliability and cost.
  • Consideration of battery storage system(BSS) as an integral component of system planning.
  • Implementation of a highly efficient optimization technique involving parallel processing, Multi-agent based Butterfly PSO (MA-BFPSO) algorithm. The MA-BFPSO not only reduces the computational time but also provides high-quality solutions. To establish the effectiveness of technique, a comparison has been carried out with standard PSO and Butterfly- PSO (BF-PSO).


XML Criteria for Choosing of Resonant Circuit Parameters of Wireless Power Transfer Charging System
P. 2236-2236
V. M. Zavylov , I. Y. Semykina , S. A. Abeidulin , E. A. Dubkov , A. S. Veliliaev
Abstract (2296 Views) | Full-Text (PDF) (1018 Downloads)   |   Highlights
  • A set of criteria providing a formalization of multi-criteria task while designing wireless chargers taking into consideration energy efficiency and technical restrictions.
  • A new mathematical description for the above criteria applied to wireless power transfer system with serial topology using transfer functions allowing analysis of the resonant circuit in the frequency domain.
  • The curves that show how the criteria change depending on resonant circuit parameters providing a rationalization for selecting the optimal inductances and capacitances relation of the resonant circuit.


XML Design and Analysis of an Iterative Carry Save Adder-based Power-Efficient Multiplier
P. 2238-2238
T. Mendez , S. G. Nayak
Abstract (2139 Views) | Full-Text (PDF) (1288 Downloads)   |   Highlights
  • A new method of iterative carry-save adder is proposed in the design of the Vedic multiplier thereby enhancing the speed;
  • The pre-computation technique is used in the design of the Vedic multiplier;
  • The proposed multiplier demonstrates significant power and speed results over conventional multipliers;
  • The statistical analyses of the designed architecture were analyzed by using an independent sample t-test hypothesis.


XML Steady-State Analysis of Hybrid Synchronous Machine With Higher Reluctance to Excitation Power Ratio
P. 2251-2251
E. O. Agbachi , L. U. Anih , E. S. Obe
Abstract (1880 Views) | Full-Text (PDF) (868 Downloads)

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© 2022 by the authors. Licensee IUST, Tehran, Iran. This is an open access journal distributed under the terms and conditions of the Creative Commons Attribution-NonCommercial 4.0 International (CC BY-NC 4.0) license.