A novel answer for the coordinating seaward wind control through the Fractional Frequency Transmission System (FFTS) is presented in this manuscript. The essential thought of FFTS is to enhance the specialized and financial execution of AC transmission frameworks by bringing down the lattice recurrence. FFTS is particularly reasonable for transmitting seaward wind control in light of the fact that the little recurrence significantly lessens the charging flow in the link. The arrangement and working of VSC-HVDC station in brutal seaward conditions is as yet a noteworthy test for the seaward wind industry. Also, as a novel AC transmission framework, FFTS performs much superior to HVDC in developing a multi-terminal (MT) matrix. As of late, research focuses to decrease the intricacy of the seaward system have been attempted both in industries as well as in the scholarly world, with the essential inspiration of lessening expense and expanding dependability. This manuscript gives a survey of Fractional Frequency AC (FFAC) transmission for seaward wind cultivate combination at a scope of 70-200 km. FFAC is adjustment of HVAC transmission, worked at lower recurrence, normally 16.7 Hz. The key preferred standpoint of FFAC contrasted with HVDC is the disposal of the prerequisite for a seaward converter station, accordingly lessening seaward many-sided quality and conceivably expanding the operational existence of the seaward wind cultivate. This paper gives an exhaustive survey of existing examination led on FFAC and a discourse centring on the outline contemplations for seaward FFAC transmission parts is displayed. The recurrence changing converter inland, seaward FFAC substation and the wind turbine contemplations are assessed in detail. According to the writing review, WECS mix to lattice is ideal through cycloconverter on account of less cost. Be that as it may, cycloconverter use has constraints, for example, control plans, bended yield waveforms, poor power control capacity are obstructions to its applications. Thus, Back to Back MMCs are picking up prominence in view of better blame ride ability and various control goals. The current writing has not focused on the powerful application. Along these lines, a relative investigation is proposed to do amongst cycloconverter and MMCs usage. © 2017 Institute of Advanced Scientific Research, Inc. All rights reserved.