In this paper, instantaneous reactive power theory (P-q theory) based control method is proposed forthree-phase four-wire shunt active power conditioner (shunt APC) to mitigate some power qualityproblems namely, harmonic, reactive power, balancing the load currents, and elimination of neutralcurrent. The shunt APC consists of 4-leg voltage source inverter (VSI) with a common DC-linkcapacitor and hysteresis band PWM current controller. All simulations are performed by usingPSCAD/EMTDC software.Keywords: Power quality; Harmonic; Shunt active power conditioner; P-q theory; Total harmonicdistortion
Discussion and mathematical proof on necessary and sufficient conditions for the application of the ...
Due to the advancement of electrical equipment as most of the load is the nonlinear poor quality of ...
Nowadays, usage of non linear loads in power system is increasing. For example, UPS, inverters, conv...
With the widespread use of power electronics devices such as rectifier, inverter etc. in power syste...
This paper presents the three phase shunt and series active power filter in order to reduce the curr...
Unified power quality conditioners (UPQCs) allow the mitigation of voltage and current disturbances ...
Shunt Active Power Filter (APF) or Active Power Line Conditioner (APLC) is designed and implemented ...
The active power filter controller is based on the instantaneous power theory. And it can be classif...
Voltage, current and frequency are the three physical characteristics that mostly define the power q...
This paper presents a combined active front-end converter and shunt active filter (AFE+SAF) controll...
This paper presents unified power quality conditioner (UPQC) which is an integration of shunt and se...
This project describes an improvement method of power quality using shunt active power line conditio...
Discussion and mathematical proof on necessary and sufficient conditions for the application of the ...
In a powers system network there are many problems related to power quality. So to improve power qua...
Power quality problem is the most sensitive problem in a power system. Most of the pollution issues ...
Discussion and mathematical proof on necessary and sufficient conditions for the application of the ...
Due to the advancement of electrical equipment as most of the load is the nonlinear poor quality of ...
Nowadays, usage of non linear loads in power system is increasing. For example, UPS, inverters, conv...
With the widespread use of power electronics devices such as rectifier, inverter etc. in power syste...
This paper presents the three phase shunt and series active power filter in order to reduce the curr...
Unified power quality conditioners (UPQCs) allow the mitigation of voltage and current disturbances ...
Shunt Active Power Filter (APF) or Active Power Line Conditioner (APLC) is designed and implemented ...
The active power filter controller is based on the instantaneous power theory. And it can be classif...
Voltage, current and frequency are the three physical characteristics that mostly define the power q...
This paper presents a combined active front-end converter and shunt active filter (AFE+SAF) controll...
This paper presents unified power quality conditioner (UPQC) which is an integration of shunt and se...
This project describes an improvement method of power quality using shunt active power line conditio...
Discussion and mathematical proof on necessary and sufficient conditions for the application of the ...
In a powers system network there are many problems related to power quality. So to improve power qua...
Power quality problem is the most sensitive problem in a power system. Most of the pollution issues ...
Discussion and mathematical proof on necessary and sufficient conditions for the application of the ...
Due to the advancement of electrical equipment as most of the load is the nonlinear poor quality of ...
Nowadays, usage of non linear loads in power system is increasing. For example, UPS, inverters, conv...
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