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This paper presents a methodology for designing
the link passive filter of the power converters installed in a
multi-megawatt wave power plant. Such filter is based on the
superposition of both LCL and trap filter configurations with
the purpose of achieving enhanced grid interaction of a twolevel
voltage source converter. The LCL+Trap filter design is
highly dependent on the electrical network characteristics;
hence the distribution system of the plant is introduced in the
paper to take into account its effects on the tuning parameters.
The proposed LCL+trap filter topology arises as a successful
alternative solution for the conventional LCL filter topology,
thanks to its improved filtering capability while ensuring a
reduced filter size. The validation of the proposed filter
performance is evaluated in simulation by performing a
comparative analysis between the LCL+trap and the LCL
filters when operate in a wave farm application.
CitationCantarellas, A.M. [et al.]. Design of the LCL+trap filter for the two-level VSC installed in a large-scale wave power plant. A: IEEE Energy Conversion Congress and Exposition. "5th IEEE Annual International Energy Conversion Congress and Exhibition 2013 Proceeding". Melbourne: 2013, p. 707-712.
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