منابع

 

[۱]محمد رضا آقا ابراهیمی و محسن مظفری زاده”بررسی اثرات متقابل دینامیکی سرعت باد بر توربین بادی و شبیه سازی اجزای آن”اولین کنفرانس انرژی های تجدیدپذیر ایران، بیرجند،ایران،۱۳۸۸

 

[۲]استاندارد صنعت برق ایران، مشخصات و خصوصیات انرژی الکتریکی(کیفیت برق) قسمت هفتم، کیفیت برق تحویلی به مشترکین،چاپ اول، اردیبهشت ۱۳۸۱

 

[۳]فریدون درافشان،احمد،۱۳۸۴،آشنایی با ادوات facts،مهندسین مشاور قدس نیرو.

 

[۴] Math H.J.Bollen.(2000). Underestanding Power Quality Problems-Voltage Sag & Interruption, IEEE press series on power engineering.

 

[۵] Roger C.Dugan, Mark F.McGranaghan, et al. (2003).Electrical Power Systems Quality-2nd edition. McGraw-Hill.

 

[۶] J.Arrilaga, N.R.Watson, S.Chen,John. (2000). Power System Quality Assessment, Wiley &Sons.

 

[۷] M.V. Chilukuri, P.K. Dash. (jan 2004).”Multi-resolation Stransform-Based fuzzy recognition system for power quality events”,IEEE Trans. Power Delivery, Vol.9,NO1.

 

[۸] M.De Koster, E. De jaeger, W.Vancoetsem.(1999).”Light Filicker Caused by Interharmonics”,etz.Archiv,Bd.12H.12,.

 

[۹] IEC 38:1983, IEC Standard Voltages.

 

[۱۰] M.M. Morcos, J.C. Gomez. (Nov 2002). “Flicker Sources and Multigtion,”IEEE Power Engineering Review.

 

[۱۱] Philip P.Barker ,Robert W.de Mello. (2000).”Determining the Impact of Distributed Generation on power Systems:Part 1- Radial Distribution System,”IEEE conference.

 

[۱۲] T.K. Abdole-Galil, EL-Saadany, M.M.A. Salama. (April 2004). ”Online Tracking of Voltage Flicker Utilizing Energy Operator and Hilbert Trasform,”IEEE Trans .on Power Delivery , VOL. 19, NO.2.

 

[۱۳] L.Gyugi, A.a.Otto. (1976). ”Static Shunt Compenstion for Voltage Flicker Reduction and Power Factor Correction.” American Power Conference, pp. 1271-1286

 

[۱۴] Bostjon Blazic, Igor Papic. (2003). ”Analysis of Flicer Mitigation in a Utility Disribution Network,” EUROCON.

 

[۱۵] E.Schunder. (1999). ”STATCOM for Compensation of Large Electric Arc Furnance Installation,” in proceeding IEEE-PES, vol2,pp. 1109-1112.

 

[۱۶] S.Chen, G.Joos. (2001).”Direct Power Control of DSTATCOM for Voltage Flicker Mitigation,” in proceeding IEEE IAS, vol4 ,pp.2683-2690.

 

[۱۷] A.Elandy, W.EL-khattam, M.mA.Salama.(2002). ”Mitigation of A.C.ARC Furnace Voltage Flicker Using Voltage the Unified Power Quality Conditioner .” IEEE conference.

 

[۱۸] M.I.MArei, E.F.EL-saadany, M.M.A.Salama.(2003). ”An Intelligent Control of the DG Interface to Mitigate Voltage Flicker ,” IEEE Transaction on Power Delivery.

 

[۱۹] T.Ackermann,” Wind Power in Power Systems” . John Wiley & Sons,2005.

 

[۲۰] M.Machmoum , F.Poitiers,”Dynamic Performances of a Doubly-fed Induction Machine for a Variable speed Wind Energy Generation” ,IEEE Power conference.

 

[۲۱] Z. Hanzelka , A. Bien ,”Voltage Disturbances:Flicker Measurment ”.AGH University of Science and Technology , oct 2005.

 

[۲۲] IEC 61000-4-15: 1997, Electromagnetic Compatibility(EMC)-Part4

 

[۲۳] IEC 61000-1-1: (1992-5), Electromagnetic Compatibility(EMC)-Part1

 

[۲۴] IEC 61400-21 ” Measurements and assessment of power quality characteristics of grid connected Wind Turbines(WT)”. Final Draft, 1999.

 

[۲۵] IEC 61000-3-7, ”Assessment of emission limits for fluctuating loads in MV and HV power sustems”,1996.

 

[۲۶] VDEW, ” Eigenerzeugungsanlagen am Mittelspannungsnetz”,1994.

 

[۲۷] http://www.mathworks.com/help , (MATLAB Help Product)

 

[۲۸] Pradeep Kumar, Niranjan Kumar, A.K.Akella , ”Dynamic Performance of STATCOM on the Induction Generator baced Wind Farm,” July 2013

 

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[۳۱] IEC60868,”Flickermeter-Functional and design specification” ,1^st Edition 1986 and Amendement 1,1990

 

پیوست

 

m-file فلیکرمتر:

 

function [P_st, s, cpf] = flicker_sim(u, fs, f_line)

 

% flicker_sim – Flickermeter Simulator according IEC 61000-4-15

 

% [P_st, s, cpf] = flicker_sim(u, fs, f_line)

 

% This function implements a flickermeter according [1] and [2].

 

% Requires MATLAB with Signal Procesing Toolbox installed or Octave.

 

% For more information refer to [3].

 

% Inputs:

 

% u: vector of voltage samples

 

% fs: sampling frequency of u in Hz (should be >= 2000)

 

% f_line: line frequency in Hz (must be 50 or 60 Hz)

 

% Outputs:

 

% P_st: short term flicker

 

% s: instantaneous flicker severity

 

%===============================================================================

 

%% Configuration

 

SHOW_TIME_SIGNALS = 0; % enable to plot internal signals of flickermeter

 

SHOW_CUMULATIVE_PROBABILITY = 0; % enable to plot the statistical evaluation of the instantaneous flicker severity