Abstract

The implementation of offshore wind farms, along with interconnected infrastructure, presents compelling arrangements as it allows for the elimination of costly and challenging offshore substations. This article strongly advocates the utilization of a tool consistency transformer (MFT)-positioned wind power change tool for wind ranches that rely on existing source converters. The current configuration comprises a high-voltage robust magnetic synchronous electric generator that is connected to a low-power passive rectifier, an MFT-based cascaded converter, and an onshore current source inverter. In addition to fulfilling routine monitoring objectives such as monitoring maximum power aspect, monitoring dc-link current, and monitoring reactive power standard, the primary objective of this research study is to ensure consistent distribution of electrical power and promote current sharing among the component elements within the given structure of the MFT-based converter. Furthermore, this research study extensively investigates the high quality of decoupling between the voltage/power balancing of the mobile converter and the other control objectives. Inevitably, the presentation of each similarity and speculative conclusion serves to demonstrate the efficacy of the proposed framework.

Description