Title :
Passive Harmonic Filter Design Scheme
Author :
Liang, Xiaodong ; Ilochonwu, Obinna
Author_Institution :
Schlumberger, Edmonton, AB, Canada
Abstract :
In this article, a passive harmonic filter design scheme is proposed for offshore power distribution systems with subsea cables. Such an offshore system requires more reliable harmonic filters due to parallel resonance and the resultant large harmonic distortions in the system caused by subsea cables. The new passive harmonic filter design scheme is easy to achieve and more reliable compared to traditional pas sive harmonic filter design. It also offers a flexible power factor control to the offshore platform with generators. The stability, reliability, and flexibility of the offshore distribu tion system with the proposed filters are significantly improved. To avoid subfilter overloading, detuning capacitors and reactor taps should be provided for each subfilter in case detuning is required in the field.
Keywords :
offshore installations; passive filters; power cables; power control; power distribution reliability; power factor; power harmonic filters; detuning capacitors; flexible power factor control; offshore distribution system reliability; offshore power distribution systems; parallel resonance; passive harmonic filter design scheme; power distribution system flexibility; power distribution system stability; reactor taps; subsea cables; Generators; Harmonic filters; Offshore installations; Passive filters; Power harmonic filters; Resonance light scattering; Underwater cables; Variable speed drives; Offshore distribution systems; Parallel resonance; Passive harmonic filters; Subsea cables;
Journal_Title :
Industry Applications Magazine, IEEE
DOI :
10.1109/MIAS.2010.939652