Evaluation of harmonic and THD using LC filter for five phase induction motor drive at low speed

Abstract

Distortion in the power system plight cause many problems, periodic distortions cause unwanted harmonics, these harmonics does not contribute additional energy for load, instead it is dissipated as heat in the load. It is also effective in voltage and current waveforms distortion, leading to many problems within the power systems and also to other peripherals. Minimization of THD is critical task, in order to maintain the good efficiency of the power systems. Power conversion is globally necessary according to the user requirement, inverters are commonly used in the power conversion systems, which produce harmonics. The various filters are used to eliminate these harmonics. In this work an LC filter is proposed and studied experimentally coupling to the Five Phase Induction motor load, experimental results are obtained and compared the results with normal five phase inverter drive.

Effect of LC Filter In Reducing Harmonic Current in NVIS 7017 Three-Phase Synchronous Generator Lab Trainer

“…This generator then produces electrical energy by converting mechanical energy into electrical energy. Abdullah et al's research results show that synchronous generators cause serious power quality problems at the neutral point of the distribution system [1].…”

Development and Performance Analysis of Five Phase Induction Motor

“…When the FPIM with controlling mechanism is proposed, the speed must be managed in a variety of methods. Dynamic system performance was improved and it was appropriately employed for medium and low switching frequency applications using the conventional method: direct torque control of a 3-level 5-ph inverter [16], a 5-IM drive operating at low speed with an LC filter to evaluate harmonics and analyze total harmonic distortion [17][18], and the vector control method. A 5-IM drive with DTC is utilized in artificial approaches.…”