Optimal design and analysisof anti-resonance C-type passive filters /
Ahmed Lamloom Abdelwahab Mayhoob
Optimal design and analysisof anti-resonance C-type passive filters / التصميم الأمثل و التحليل للمرشحات غير الفعالة المخمدة للرنين من النوع سى Ahmed Lamloom Abdelwahab Mayhoob ; Supervised Ahmed Mohamed Ibrahim - Cairo : Ahmed Lamloom Abdelwahab Mayhoob , 2018 - 64 P. : charts , photographs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electrical Power and Machines
Power system harmonics can be found in all commercial and industrial facilities. No doubt those non-linear loads are the main source of harmonic distortion in power systems. This is why electrical distribution systems are, nowadays, highly polluted with harmonics. Poor power factor, reduced network efficiency, and increased power losses are some consequences of harmonic distortion. One of the most adverse effects of harmonic distortion is harmonic resonance, which may significantly amplify harmonic voltages and currents. Thus, nowadays, the filters design trend is to design new resonance-free schemes that can damp resonance and mitigate harmonics
Harmonics Power factor Resonance
Optimal design and analysisof anti-resonance C-type passive filters / التصميم الأمثل و التحليل للمرشحات غير الفعالة المخمدة للرنين من النوع سى Ahmed Lamloom Abdelwahab Mayhoob ; Supervised Ahmed Mohamed Ibrahim - Cairo : Ahmed Lamloom Abdelwahab Mayhoob , 2018 - 64 P. : charts , photographs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Electrical Power and Machines
Power system harmonics can be found in all commercial and industrial facilities. No doubt those non-linear loads are the main source of harmonic distortion in power systems. This is why electrical distribution systems are, nowadays, highly polluted with harmonics. Poor power factor, reduced network efficiency, and increased power losses are some consequences of harmonic distortion. One of the most adverse effects of harmonic distortion is harmonic resonance, which may significantly amplify harmonic voltages and currents. Thus, nowadays, the filters design trend is to design new resonance-free schemes that can damp resonance and mitigate harmonics
Harmonics Power factor Resonance