Discussion and mathematical proof on necessary and sufficient conditions for the application of the {p-q} theory for compensating the harmonic currents consumed by non-linear load using a shunt active filter are presented. These conditions over instantaneous active and reactive powers were not addressed before and must be considered on the design of new control strategies based on {p-q} theory. Theoretical demonstration is proposed and an application example with simulations results is used to validate the theoretical results
This paper presents an instantaneous p-q Theory applied in shunt Active Power Filter (APF) to reduce...
This paper presents the three phase shunt and series active power filter in order to reduce the curr...
Power electronic converters are widely being used to mitigate harmonics in power systems. Active po...
Discussion and mathematical proof on necessary and sufficient conditions for the application of the ...
Discussion and mathematical proof on necessary and sufficient conditions for the application of the ...
Due the intensive use of power converters and other non-linear loads in industry and by consumers in...
Active filters (AFs) compensate harmonic currents demanded by non linear or time variants loads, wit...
Active filters (AFs) compensate harmonic currents demanded by non linear or time variants loads, wit...
Active filters (AFs) compensate harmonic currents demanded by non linear or time variants loads, wit...
This paper presents an instantaneous p-q Theory applied in shunt Active Power Filter (APF) to reduce...
In this paper, instantaneous reactive power theory (P-q theory) based control method is proposed for...
Abstract. The present paper describes a shunt active power filter with a control system based on the...
Active filters (AFs) compensate harmonic currents demanded by non linear or time variants loads, wit...
The phenomenon of voltage and or current harmonic distortion often occurs in industrial electrical s...
Due to the advancement of electrical equipment as most of the load is the nonlinear poor quality of ...
This paper presents an instantaneous p-q Theory applied in shunt Active Power Filter (APF) to reduce...
This paper presents the three phase shunt and series active power filter in order to reduce the curr...
Power electronic converters are widely being used to mitigate harmonics in power systems. Active po...
Discussion and mathematical proof on necessary and sufficient conditions for the application of the ...
Discussion and mathematical proof on necessary and sufficient conditions for the application of the ...
Due the intensive use of power converters and other non-linear loads in industry and by consumers in...
Active filters (AFs) compensate harmonic currents demanded by non linear or time variants loads, wit...
Active filters (AFs) compensate harmonic currents demanded by non linear or time variants loads, wit...
Active filters (AFs) compensate harmonic currents demanded by non linear or time variants loads, wit...
This paper presents an instantaneous p-q Theory applied in shunt Active Power Filter (APF) to reduce...
In this paper, instantaneous reactive power theory (P-q theory) based control method is proposed for...
Abstract. The present paper describes a shunt active power filter with a control system based on the...
Active filters (AFs) compensate harmonic currents demanded by non linear or time variants loads, wit...
The phenomenon of voltage and or current harmonic distortion often occurs in industrial electrical s...
Due to the advancement of electrical equipment as most of the load is the nonlinear poor quality of ...
This paper presents an instantaneous p-q Theory applied in shunt Active Power Filter (APF) to reduce...
This paper presents the three phase shunt and series active power filter in order to reduce the curr...
Power electronic converters are widely being used to mitigate harmonics in power systems. Active po...