%0 Conference Proceedings %1 aswathybraj12011simulation %A Aswathy B.Raj1, B. Shyam1 %A Anto2, Robins %B 2 %C 1133 Broadway,Suite 706,New York,NY10010,USA %D 2011 %E Das, Dr.Vinu V %I The Association of Copmuter Electronics and Electrical Engineers %K %N 2 %T Simulation of Distributed Generation Power Inverter as Active Power Filter using MATLAB/Simulink %U /brokenurl#IJRTET.theaceeeorg %V 6 %X With the increase in load demand, the renewable energy sources (RES) are increasingly connected in the distribution systems which utilize power electronic converters. The use of non-linear loads in the power system will lead to the generation of current and voltage harmonics and which in turn deteriorates the power quality (PQ) of the power system as a whole. This paper presents a control strategy for maximizing the utilization of Three Bridge Four Wire (TBFW) inverters when installed in 3-phase distribution generation (DG) systems. The inverter is controlled in such a manner that it can perform as a conventional inverter as well as an active power filter (APF). The inverter can thus be utilized as a power converter injecting power generated from RES to the grid and as a shunt APF to compensate the power quality disturbances and the load reactive power demand. This paper will discuss the simulation results of TBFW inverter with shunt APF functionality under non-linear load conditions using MATLAB/Simulink program.

@proceedings{aswathybraj12011simulation, abstract = {With the increase in load demand, the renewable energy sources (RES) are increasingly connected in the distribution systems which utilize power electronic converters. The use of non-linear loads in the power system will lead to the generation of current and voltage harmonics and which in turn deteriorates the power quality (PQ) of the power system as a whole. This paper presents a control strategy for maximizing the utilization of Three Bridge Four Wire (TBFW) inverters when installed in 3-phase distribution generation (DG) systems. The inverter is controlled in such a manner that it can perform as a conventional inverter as well as an active power filter (APF). The inverter can thus be utilized as a power converter injecting power generated from RES to the grid and as a shunt APF to compensate the power quality disturbances and the load reactive power demand. This paper will discuss the simulation results of TBFW inverter with shunt APF functionality under non-linear load conditions using MATLAB/Simulink program. }, added-at = {2012-08-07T13:29:49.000+0200}, address = {1133 Broadway,Suite 706,New York,NY10010,USA}, author = {Aswathy B.Raj1, B. Shyam1 and Anto2, Robins}, biburl = {https://www.bibsonomy.org/bibtex/267df722381ad7ea7389810e4d1b1e526/swapnil.hete20}, editor = {Das, Dr.Vinu V}, interhash = {304b617ca45a7a944ea6323255156c28}, intrahash = {67df722381ad7ea7389810e4d1b1e526}, keywords = {}, month = {NOVEMBER}, number = 2, organization = {Institute of Doctors Engineers and scientist(IDES)}, publisher = {The Association of Copmuter Electronics and Electrical Engineers}, series = 2, timestamp = {2012-08-07T13:29:49.000+0200}, title = {Simulation of Distributed Generation Power Inverter as Active Power Filter using MATLAB/Simulink }, url = {/brokenurl#IJRTET.theaceeeorg}, volume = 6, year = 2011 }