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Abstract: When connecting a breeze park (WP) to the major network (MG) through a HVDC Light transmission structure, the becomes decoupled from the MG, which achieves a couple of specific and monetary benefits, on alternate points of view, for transmission system heads (TSOs), WP engineers and WTG producers. Perhaps for the most part critical for TSOs is that a HVDC-Light related WP becomes equivalent to a normal power plant; the MG-side HVDC Light converter can be directly connected with a control or power dispatch center. A positive result is similarly that AC lacks appearing in the WP or MG network will not be spread by the HVDC Light transmission system, which has a couple of supportive outcomes, for instance, possibly diminished mechanical loads on the WTGs. This paper presents movement and control strategies of multi-terminal HVDC transmission structure (MTDC) using voltage source converters (VSCs) for planning enormous toward the ocean wind farms. The design and action guidelines of the proposed structure are portrayed and control procedures for arranging different VSCs are proposed. DC voltage control considering the DC voltage-current (V-I) balance typical for network side converters is executed, to ensure stable system movement and versatile power dispatch between various beach front AC grids. To support the introduction of the proposed control procedures, an ordinary four terminal MTDC associations, which connecting two offshore wind farms with two beach front AC grids, is spread out in PSCAD/EMTEC. Amusement results under customary and uncommon movement conditions affirm the pleasant show of the proposed control technique and precision of the speculative examination.